Onkyo DTR5.6 SERVICE MANUAL

DTR-5.6

SERVICE MANUAL

Ref. No. 3916

SERVICE MANUAL

AV RECEIVER

MODEL DTR-5.6

Nov., 2005

Black model

120V AC, 60HzBMDD

230V~240V AC, 50HzBMPA

SAFETY-RELATED COMPONENT
WARNING!!

THE MARK FOUND ON SOME COMPONENT
PARTS INDICATES THE CRITICAL FOR RISK OF
FIRE AND ELECTRIC SHOCK.
WHEN REPLACING, BE SURE TO USE PARTS OF
IDENTICAL DESIGNATION.
MAKE LEAKAGE-CURRENT OR RESISTANCE
MEASUREMENTS TO DETERMINE THAT EXPOSED
PARTS ARE ACCEPTABLY INSULATED FROM THE
SUPPLY CIRCUIT BEFORE RETURNING THE
APPLIANCE TO THE CUSTOMER.

RC-631M

SPECIFICATIONS

DTR-5.6

Amplifier Section

Power Output
2 channels driven:

Dynamic Power

THD (Total Harmonic
Distortion) 0.08% (Power Rated)

Damping Factor 60 (Front, 1 kHz, 8 )
Input Sensitivity and

Impedance 200 mV/ 47 k (LINE)
Output Level and

Impedance 200 mV/ 470 (REC OUT)
Frequency Response 5 Hz~100 kHz/ +1 dB-3 dB (LINE)

Tone Control ±10 dB, 50 Hz (BASS)

Signal to Noise Ratio 106 dB (LINE, IHF-A)

Speaker Impedance 6 ~

90 W + 90 W (8 , 20 Hz~20 kHz, FTC)

225 W + 225 W (3 , Front)
170 W + 170 W (4 , Front)
105 W + 105 W (8 , Front)

±10 dB, 20 kHz (TREBLE)

80 dB (PHONO, IHF-A)

Video Section

Input Sensitivity/Output
Level and Impedance 1 Vp-p /75 (Component and S-Video Y)

Component Video
Frequency Response 5 Hz ~ 50 MHz

0.7 Vp-p /75 (Component Pb/Cb,Pr/Cr)

0.28 Vp-p /75 (S-Video C)
1 Vp-p /75 (Composite)

Tuner Section

FM

Tuning Frequency Range

Usable Sensitivity Stereo: 22.2 dBf (75 IHF)

Signal to Noise Ratio Stereo: 67 dB (IHF-A)

THD Stereo: 0.5% (1 kHz)

Frequency Response 30 Hz~15 kHz / ±1 dB
Stereo Separation 40 dB (1 kHz)

87.5 MHz~107.9 MHz

Mono: 15.2 dBf (75 IHF)

Mono: 73 dB (IHF-A)

Mono:0.3% (1 kHz)

General

Power Supply North American: AC 120 V, 60 Hz

Power Consumption North American: 6.7 A

Standby Power
Consumption North American: 0.1 W

Dimensions

× H × D)

(W

Weight 11.9 kg

Video Inputs

Component IN1, IN2, IN3
S-Video DVD, VIDEO1, VIDEO2, VIDEO3,

Composite DVD, VIDEO1, VIDEO2, VIDEO3,

Video Outputs

Component OUT
S-Video MONITOR OUT, VIDEO1, VIDEO2
Composite MONITOR OUT, VIDEO1, VIDEO2

Audio Inputs

Digital Inputs Optical: 5 (1 on Front Panel)

Analog Inputs DVD (MULTICHANNEL), VIDEO1,

Multichannel Input 7.1 ch (DVD)

Audio Outputs

Digital Output Optical: 1
Analog Outputs TAPE, VIDEO1, VIDEO2, ZONE2

Multichannel Pre
Outputs 7.1 ch

Speaker Outputs L, R, C, SL, SR, SBL, SBR

Phones 1
RS232 1
IR Input/Output 2/1
12 V Trigger Out

Australian: AC 230-240 V, 50 Hz

Australian: 570 W

Australian: 0.5 W
435 × 173.5 × 428.5 mm

17-1/8" × 6-13/16" × 16-7/8"

26.2 lbs.

VIDEO4

VIDEO4

Coaxial: 2

VIDEO2, VIDEO3, VIDEO4, TAPE, CD,
PHONO

L/R/SUBWOOFER

ZONE2 (L, R)

A, B, C

AM

Tuning Frequency Range

Usable Sensitivity 300 µV/m
Signal to Noise Ratio 40 dB
THD 0.70%

North American: 530 kHz~1710 kHz
Australian: 522/530 kHz~1611/1710 kHz

Specifications and features are subject to change without
notice.

SERVICE PROCEDURES

1. Replacing the fuses

This symbol located near the fuses indicates that the
fuse used is fast operating type. For continued protection against
fire hazard, replace with same type fuse. For fuse rating refer to
the marking adjacent to the symbol.

Ce symbole indique que le fusible utlise est a rapide.
Pour une protection permanente, n'untiliser que fusibles de
meme type. Ce darnier est la qu le present symbol est
appse.

CIRCUIT NO. PART NO. DESCRIPTION

F6901,F6902
F901

F903

F931,F932
F951,F952

252301GR 12A-TUL-250V,Fuse
252078GR 5A-SE-EAK,Fuse <A>
252330GR 10A-UL/T-233,Fuse <D>
252075GR 2.5A-SE-EAK,Fuse <A>
252326GR 5A-UL/T-233,Fuse <D>
252073GR 1.6A-SE-EAK,Fuse
252257GR 4A-T/UL-ST2,Fuse

TX-SR803/E

DTR-5.6

Note: <D>:120V model only
<A>: Australian model only

2. To initialize the unit

This device employs a microprocessor to perform various
functions and operations. If interference generated by an external
power supply, radio wave, or other electrical source results in
accident which causes the specified operations and functions to
operate abnormally.
To perform a result, please follow the procedure below.

1.Press and hold down the VIDEO-1 button, then press the
STANDBY button.

2.After "Clear" is displayed, the preset memory and each
mode stored in the memory, such as surround, are
initialized and will return to the factory setting.

3. Safety-check out

(U.S.A. model only)
After correcting the original service problem, perform the
following safety check before releasing the set to the customer.

Leakage Current Check

Measure leakage current to a known earth ground(water pipe,
conduit, etc.) by connecting a leakage current tester between
the earth ground and exposed metal parts of the appliance
(input/output terminals, screwheads,metal overlays, etc.).

4. Changing the AM band step

With the exception of the worldwide models, a tuning step selector
switch is not provided. When you change the band step, change
the parts as shown below.

To 10kHz To 9kHz
R714 Open 10 k

DTR-5.6

A

EXPLODED VIEW

1

2

3

4

A405

D model

A401

U08

BCDEFGH

Q6061Q6063Q6066Q6065

A012
x 2 pcs.

Q6060

P7534

A020

U07

A420

A101

x 4 pcs.

A003
x 3 pcs.

U076

U072

U077

A012

A003

A095

A096

A003

x 2 pcs.

A100

x 4 pcs.

U075

A020

A001

A099

A409

x 3 pcs.

A044

x 4 pcs.

A005

A410

F901

U048

A051

U049

F903

A402

x 44 pcs.

U044

A065

A068

A056

x 4 pcs.

A057

U065

A110

F952

F951

U042
U11

U043

F6901

A067

A063

F931

F932

P701

U02

F6902

A082

x 12 pcs.

A105

x 2 pcs.

A059

U032

A077

Q6050a

x 12 sheets

U03

U045

A105

x 3 pcs.

U06

A105
x 3 pcs.

A090

A082

x 2 pcs.

U064

A105

x 3 pcs.

U062

U063

A083

A081

A080

A080

A083

A105

x 2 pcs.

Q6050a

x 2 sheets

A087

x 2 pcs.

A105

x 4 pcs.

Q6052Q6054

A089

A003

Q6062Q6064Q6056

Q6050

Q6051Q6053Q6055

A003
x 11 pcs.

U04

5

T901

A055

x 9 pcs.

A105

x 2 pcs.

A052
A054

x 3 pcs.

A053

x 3 pcs.

A050
A119

x 4 pcs.

A111

x 4 pcs.

A114

x 4 pcs.

U073

A003

x 2 pcs.

A015

A002

A008

A003

x 6 pcs.

A010

A009

A011

x 2 pcs.

A019

A040

A037

x 3 pcs.

DTR-5.6

1

2

3

ANTENNA UNIT

MIC

VIDEO4 IN

CD

TAPE OUT

TAPE IN

VIDEO3 IN

VIDEO2 OUT

VIDEO2 IN

VIDEO1 OUT

VIDEO1 IN

A

North American models

XM-RADIO

XM/DT IC

Micro

Controller

DAC

AK4384

MIC AMP

MICDET

TUNER PACK

51
52
53
54
55
56
57
58
59
60

61
62
63

64
65
66
67
68
69
70
71
73
73
74

BCD

BLOCK DIAGRAM

AMPLIFIER SECTION

Q3003
NJW1157

+

Z2_L
Z2_R

V2_OUT_L

V2_OUT_R

+

12

19
11

20
10

21

9

22

8

23

42
44

-6dB

Q3002

NJU7311AM

SOURCE_L
SOURCE_R

46
45
48
47

4

27

3

28

2

29

7

24

5
26
6
25

Q3004

ADLT+

ADLT-

ADRT+

MIX_L
MIX_R

-6dB Inv.

VOLIN_
SBL

VOLIN_
SBR

ADRT-

+9.7dB

DAC_FR

DAC_FL

DAC_SW

DAC_CT

DAC_SL

DAC_SR

MCH_CT

DAC_SBL

DAC_SBR

MCH_SW

MCH_SL

MCH_SR

MCH_SBL

MCH_SBR

80
88

81
89

82
90

A

87

95

A

83
91

84
92

85
93

86
94

19

A

17

A

41
43

27
29
28
30

21
23
25
22
24

26

TAPE_OUT_L

TAPE_OUT_R

V1_OUT_R

V1_OUT_L

4

5

DVD

MC/MSW

MSL/MSR

MSBL/MSBR

OPT FRNT

OPT1

OPT2

OPT3

COAX 1
COAX 2

OPT OUT

CS5340

Q331,341,351

2ch ADC

2ch ADC

2ch ADC

Q211

FLASH ROM

MX29LV040

4M Bit

Q285

SD_RAM

IC42S16100

2M Byte

MCLK

BCLK
LRCLK

818280798685127

Q201

DSP

CS494003

RX1
RX4
RX6
RX5

RX2
RX7

TX

+6dB

VLSC

ADLT-

ADLT+

60

61

54

ADRT+

161413

15

ADRT-

LPF

303132

VLSC

LPF

+6dB

33

VLSC

LPF

36

+6dB

37

VLSC

LPF

35

+6dB

34

VLSC

LPF

28

2ch ADC

8ch DAC

59

131
119
134

111

2

117

3
1

107

64

106

63

109

62

110

56

118

Q361

CS42528

49
48
43
47
46
45
44
42

50

DIR

DTR-5.6

VLSC

LPF

A

BLOCK DIAGRAM

AMPLIFIER SECTION

1

A

A

2

+6dB@ZONE2

Q3009

BD3814

19

A

TONE

17

3

A

TONE

TONE

BCD

POWER AMPLIFIER

HEADPHONES

1

2

3

Q3007

+20.2dB

8

4

5

6

7

HPMUT

AMUT

SBMUT

27

28

SPRLF

SPRLSB

ZONE2 PREOUT/LINEOUT

Z2L_PO
Z2R_PO

PREOUT

FL
FR

C

SW
SL
SR

SBL
SBR

L
R

+29dB

+29dB

+29dB

+29dB

+29dB

+29dB

+29dB

SBRL

CSRL

FRL

Z2RL

SPEAKER TERMINALS

FRONT LEFT

FRONT RIGHT

CENTER

SURR. LEFT

SURR. RIGHT

SUUR. BACK
LEFT

SUUR. BACK
RIGHT

ZONE2 LEFT

ZONE2 RIGHT

TONE

Z2LMUT

12V TRIGGER A

+6dB

4

35

34

8ch DAC

361

2528

5

VLSC

LPF

28

+6dB

VLSC

LPF

292627

+6dB

VLSC

LPF

22

+6dB

23

VLSC

LPF

21

+6dB

20

12V TRIGGER

CONTROL

IR REMOTE
SENSOR

INTERFACE

RS232C

INTERFACE

From/to
MICROPROCESSOR

12V TRIGGER B

12V TRIGGER C

IR IN A

IR IN B

IR OUT

RI

RIex

RS232C

DTR-5.6

C
C
C

C
C
C

N

A

BLOCK DIAGRAM VIDEO SECTION

COMPONENT VIDEO INPUT

1

2

Y1

CB1

CR1

Y2

CB2

CR2

Y3

CB3

BCD

CR3

3

COMPOSITE VIDEO INPUT

DVD

VIDEO1

VIDEO2

VIDEO3

4

VIDEO4

(FRONT)

S VIDEO INPUT

DVD

VIDEO1

VIDEO2

5

VIDEO3

VIDEO4
(FRONT)

Q2004

SDET*{OSD+(OSD*SI)}

Q2001

NJM2595

6dB
6dB
6dB

C

Y

SDET*{OSD+(OSD*SI)}

Q2002

YC

YC

NJM2595

Y

6dB
6dB
6dB

OSD

LC74763-9836

0dB

-6dB

-6dB

-6dB

-6dB

0dB

Q2101

DIGITAL VIDEO DECODER

ADV7183A

AIN1

Y1
COMPOSITE

AIN2

/ Y2

AIN3

COMPOSITE

AIN4

C1

AIN5

C2

OSD*(SDET+SI)

SDET*OSD

DIGITAL VIDEO E

Q2104

ADV7172

DA
DA
DA

DA
DA
DA

Q2003

C

Y

YC

NJM2595

C

6dB
6dB
6dB

DTR-5.6

A

BLOCK DIAGRAM VIDEO SECTION

1

A

2

BCD

B

COMPONENT VIDEO OUTPUT

Y

CB

3

4

04

ENCODER

172
DACA

DACB
DACC

DACD
DACE
DACF

Y
CB
CR

V

Y

C

6dB

6dB

RL2201~
RL2203

Q2107

6dB

LA7106M

Q2106

LA7106M

6dB

6dB

6dB

RL2204,
RL2205

SDET*{OSD+(OSD*SI)}

SDET*{OSD+(OSD*SI)}

SDET*{OSD+(OSD*SI)}

SDET*{OSD+(OSD*SI)}

SDET*OSD

CR

COMPOSITE VIDEO OUTPUT

MONITOR

VIDEO1

VIDEO2

C

Y

MONITOR

CY

VIDEO1

C

SDET*OSD

5

Y

VIDEO2

S VIDEO OUTPUT

DTR-5.6

A

BLOCK DIAGRAM

AMPLIFIER
SECTION

1

2

3

ANTENNA UNIT

MIC

VIDEO4 IN

CD

TAPE OUT

TAPE IN

VIDEO3 IN

VIDEO2 OUT

VIDEO2 IN

VIDEO1 OUT

VIDEO1 IN

BCDEFGH

North American models

XM-RADIO

XM/DT IC

Micro

Controller

DAC

AK4384

MIC AMP

MICDET

TUNER PACK

51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
73
73
74

41
43

27
29
28
30

21
23
25
22
24

26

TAPE_OUT_L

TAPE_OUT_R

Q3003
NJW1157

Z2_L
Z2_R

V1_OUT_R

V2_OUT_L

V2_OUT_R

V1_OUT_L

+
+

12

19
11
20
10
21

9

22

8

23

42
44

-6dB

Q3002

NJU7311AM

SOURCE_L
SOURCE_R

46
45
48
47

4
27
3
28
2
29

7

24

5
26
6
25

Q3004

ADLT+

ADLT-

ADRT+

MIX_L
MIX_R

-6dB Inv.

VOLIN_
SBL

VOLIN_
SBR

ADRT-

+9.7dB

DAC_FR

DAC_FL

DAC_CT

DAC_SW

DAC_SL

DAC_SR

MCH_CT

DAC_SBL

DAC_SBR

MCH_SW

MCH_SL

MCH_SR

MCH_SBL

MCH_SBR

POWER AMPLIFIER

HEADPHONES

80
88

TONE

81
89

TONE

82
90

A

87

95

A

83
91

84
92

85
93

86

+6dB@ZONE2

94

Q3009

BD3814

19

27

A

TONE

17

28

1

2

3

Q3007

+20.2dB

8

4

5

6

7

HPMUT

AMUT

SBMUT

SPRLF

SPRLSB

ZONE2 PREOUT/LINEOUT

Z2L_PO
Z2R_PO

PREOUT

FL
FR
C
SW
SL

SR
SBL
SBR

L
R

+29dB

+29dB

+29dB

+29dB

+29dB

+29dB

+29dB

SBRL

CSRL

FRL

Z2RL

SPEAKER TERMINALS

FRONT LEFT

FRONT RIGHT

CENTER

SURR. LEFT

SURR. RIGHT

SUUR. BACK
LEFT

SUUR. BACK
RIGHT

ZONE2 LEFT

ZONE2 RIGHT

A

TONE

Z2LMUT

DVD

12V TRIGGER A

MC/MSW

Q331,341,351

MSL/MSR

2ch ADC

2ch ADC

4

MSBL/MSBR

2ch ADC

CS5340

MCLK

BCLK
LRCLK

ADLT-

ADLT+

60

ADRT+

61

54

161413

15

ADRT-

+6dB

VLSC

LPF

303132

2ch ADC

VLSC

LPF

+6dB

33

VLSC

LPF

36

+6dB

37

VLSC

LPF

35

+6dB

34

VLSC

LPF

28

+6dB

VLSC

LPF

292627

+6dB

VLSC

LPF

22

+6dB

23

VLSC

LPF

21

+6dB

20

12V TRIGGER

CONTROL

IR REMOTE
SENSOR

12V TRIGGER B

12V TRIGGER C

IR IN A

IR IN B

IR OUT

8ch DAC

RI

OPT FRNT

OPT1

OPT2

OPT3

5

Q211

FLASH ROM

MX29LV040

4M Bit

Q285

SD_RAM

IC4

2S16100

2M Byte

COAX 1
COAX 2

OPT OUT

818280798685127

Q201

DSP

CS494003

RX1
RX4
RX6
RX5

RX2
RX7

TX

59

131
119
134

111

2

117

3
1

107

64

106

63

109

62

110

56

118

49
48
43
47
46
45
44
42

50

DIR

Q361

CS42528

From/to
MICROPROCESSOR

INTERFACE

RS232C

INTERFACE

RIex

RS232C

DTR-5.6

A

BLOCK DIAGRAM VIDEO SECTION

COMPONENT VIDEO INPUT

1

2

Y1

CB1

CR1

Y2

CB2

CR2

Y3

CB3

BCDEFGH

A

B

COMPONENT VIDEO OUTPUT

Y

CB

CR3

CR

RL2201~
RL2203

Q2004

3

COMPOSITE VIDEO INPUT

DVD

VIDEO1

VIDEO2

VIDEO3

4

VIDEO4

(FRONT)

DVD

VIDEO1

VIDEO2

S VIDEO INPUT

C

Y

YC

YC

Q2001

NJM2595

Q2002

NJM2595

Y

SDET*{OSD+(OSD*SI)}

6dB
6dB
6dB

6dB
6dB
6dB

OSD

LC74763-9836

SDET*{OSD+(OSD*SI)}

0dB

-6dB

-6dB

-6dB

-6dB

0dB

Q2101

DIGITAL VIDEO DECODER

ADV7183A

AIN1

Y1
COMPOSITE

AIN2

/ Y2

AIN3

COMPOSITE

AIN4

C1
C2

AIN5

OSD*(SDET+SI)

SDET*OSD

DIGITAL VIDEO ENCODER

Q2104

ADV7172

DACA
DACB
DACC

DACD
DACE
DACF

CB
CR

6dB

6dB

6dB

LA7106M

Q2106

LA7106M

6dB

Q2107

Y

V
Y
C

SDET*{OSD+(OSD*SI)}

6dB

SDET*{OSD+(OSD*SI)}

6dB

RL2204,
RL2205

SDET*{OSD+(OSD*SI)}

SDET*{OSD+(OSD*SI)}

SDET*OSD

SDET*OSD

COMPOSITE VIDEO OUTPUT

MONITOR

VIDEO1

VIDEO2

C

Y

MONITOR

CY

VIDEO1

C

Y

VIDEO2

Q2003

C

5

VIDEO3

VIDEO4

(FRONT)

Y

YC

NJM2595

C

6dB
6dB
6dB

S VIDEO OUTPUT

DTR-5.6

NC

25

P1276

SPRLCS

NAVD-8657

CR

(PR)

CB

(PB)

1

Y

P2201 COMPONENT 3

CR

(PR)

CB

(PB)

Y

P2201 COMPONENT 2

CR

(PR)

CB

(PB)

Y

P2201 COMPONENT 1

CR

2

3

(PR)

CB

(PB)

Y

C2201
102K

P2202 COMPONENT OUT

P2001

DEO

C

VIDEO3

C

OUT

IN

VIDEO2

P2002

CY

C

OUT

C

VIDEO1

IN

C

P2003

DVD

4

CY

P2007

MONITOR

SCHEMATIC

5

DIAGRAM 1

VIDEO

C2202
102K

A

R2201

4.7M

4.7M

4.7M

R2203

R2202

R2207

0

R2209

0

R2208

0

C2021

104Z

V3

C

75

R2019

757575

R2013

C2003
102K

75

R2007

C2002
102K

R2004 75

10K

R2001

75

R2020

C2017

R2014

C2011

5

7

R2008

75

R2005

10K

R2002

C2020

75

C2019

R2021

R2015

75

R2009

75

R2006

10K

R2003

470J

470J

C2009
C2008
C2007

R2018

R2017

R2016
C2018
470J

C2015
C2014

C2013

R2012

R2011

R2010

C2012
470J

C2006

C2005

C2004

10/50

10/50

C-MON
Y-MON

104Z
10/50
10/50

V-MON

75
75
75

104Z

10/50

10/50

75
75
75

104Z

10/50

10/50

V3

V3

V2COUT
V2YOUT

V1COUT
V1YOUT

Y

V2OUT

V2C
V2Y

V1OUT

V2

V1C
V1Y

DVDC
DVDY

DVD

V1

75

330

R2087

R2088

Y

V

Y

V

C2016

470J

V

Y

V

C2010

470J

Y

V

Y

V

V

C2001
102K

D2201
1SS352

100/16

104Z

C2030

C2031

Selector & 6dB AMP

100/16

C2026 104Z

C2027

100/16

104Z

C2022

C2023

BCD

P2005

GND

+12VA

VSYNC

L2002
022K

U02

Q2005
2SC1712-GR

C2053
100/16

1K

R2046

47K

R2047

C2068

C2133

40

AGND

61

C2125

Q2007
RN1443

104Z

C2132
823J

103J

R2116
1K

R2115

39

38

AGND

PVDD

NC

AIN662

63

104Z

100

R2109

10K

R2045

10K

R2065

L2104
022K

680

4.7K

R2114

34

35

36

N

NC

NC

ELPF 37

PWRD

NC

RESET

ALSB66

SDA67

65

64

R2111 100

3.3K

104Z

C2134

AIN12

Video Decoder

SYNC

SDET

Q2006
RN1443

DVDD

C2130

33P132
P0

SCLK68

C2124

R2112 100

PLLSDA

PLLSCL

VCSRST

R-S6

R-S5

104Z

080D

C2129

30

31

DVD D

DGND

Q2101

ADV7183B

NC

DGNDNC

697071

103K

C2126

104Z

C2131
103K

29

XTAL

DVDD
72

VMUT

C2128

080D
X2101
27MHZ

28

XTAL1

P1573

SPRLZ2

SPRLSB

27
LLC1

P1474

26
LLC2

P1375

Y
CB
CR

RL2201

+

-

RL2202

+

-

RL2203

+

-

D2202
1SS352

Q2202
2SC2712-GR

Q2201

2SC2712-GR

R2204

1K

16151413121110
V+

Vin1

SW1

GND

Vout2

Q2003 NJM2595M

Vout1

SW5

1234567

16151413121110
V+

Vout2

Q2002 NJM2595M

Vout1

SW5

1234567

16151413121110
V+

Vout2

Q2001 NJM2595M

Vout1

SW5

1234567

Vout3

Vin5

SW3

Vin4

SW4

Vin1

SW1

GND

Vout3

Vin5

SW3

Vin4

SW4

Vin1

SW1

GND

Vout3

Vin5

SW3

Vin4

SW4

R2089

8.2

R-S 3

R2090

2.2

R-S7

R2092

470

R2093

82

R-S5

R-S8

R2097

470

R2098

82

R-S 4

RL2204

-

RL2205

-

R2205

R-S1

SW2

Vin3

SW2

Vin3

SW2

Vin3

+

+

R-S2

1K

9

Vin2

V­8

9

Vin2

V­8

9

Vin2

V-

8

Q2012
RN1443

Q2013
RN1443

Q2017
RN1443

Q2018
RN1443

Q2020
RN1443

100/16

C2032

100/16

C2028

100/6.3

C2024

104Z

C2033

104Z

C2029

104Z

C2025

R2091

R2096

C2073

470/10

10K

10K

C2078
470/10

R2094

120

R2095

120

Q2024
RN1443

Q2023
RN1443

C2092
10/50

C2041

100D

C2042

180J

Except 120V model

C2043

180J

C2044

080D

C2045

470J

C2046

470J

C2047

470J
C2048

470J

Q2008
2SA1162-GR

Q2102
BA33BC0FB

IO

C2101

104Z

Q2025
RN1443

C2091
10/50

C2090
104Z

OSD

X2001

14.32MHZ

X2002

17.73MHZ

R2041

2.2K

R2042

2.2K

R2043

2.2K
R2044

2.2K

C2049

1/50

220

R2058

220

R2066

G

C2102
470/10

Q2004
LC74763-9836

Vss1

XTALIN1

2
XTALOUT1

3

HSYNCOUT

4

XTALIN2

5

XTALOUT2

6
VSYNCOUT

7

OSDCS

8

OSDDATA

9
OSDSCK

10

11

SW1

12

SW2

13

SW3

14

SW4

15 16

RST

220

R2059

220

R2067

Q2022
2SA1162-GR

R2101

1K

R2103

1K

R2105

1K

L2101
220K

R2107

1K

P2004

OSDSDO

OSDCLK

OSDCS

FSWCLKVCL

L2007
022K

d1

30

Vd

CDET

N

29

D2001

VCOOUT

28

1SS352

VCOIN

27

FC

26

R2054

AMPOUT

25

120

AMPIN

24

R2052

PDOUT

23

1.5K

Vss

22

SEPC

21

SYNCIN

20

CVCR

19

CVIN

18

Vdd2

17

CVOUT

12K

C2065

R2060

100/16

2.7K

R2061

Q2103
BA18BC0FB

R2102

C2110

103K

C2103

104Z

C2113

C2104

10/16

104Z

C2115

10/16

C2120

R2108

FSWSDO

FSWSTB

R2057

47K

R2053

820K

R2051

C2054

0.33/50

C2066

104Z

C2137

1K

R2104

1K

R2106

1K

C2114

C2 1 17
10/1

104Z

1K

GNDV

R2056

R2055

6.8K

C2050

Q2010
RN2402

IO

104Z

C2107

C2112
10/16

104Z

6

To NAAR-8661 SCH.3

V4Y

V4C

-12 VA

VIDEO+5V

VIDEO-5V

334J

C2063

C2061

0.47/50

2.7K

L2001
056J

C2058

223J

1K
C2057

1/50

C2056

682J

220

C2055

R2050

122K

C2052
104Z

C2051

470/10

470J

68

R2063

33K

C2067

R2062

104

2.2K

R2064

L2103
220K

G

C2136

470/10

C2105
104Z

C2106

104Z
104Z
C2111

C2121

104Z

J

102

C2116

104Z

C2122

102K

C2118

C2119

10/16

104Z

C2108

104Z

C2109

104Z

V4V

C2060
270J

C2059
220J

6.8K

R2048

R2049

D2002

1SS352

D2003
1SS352

Q2009

Z

2SA1162-GR

103K

C2135

AIN7

41
42

AIN1

43

AIN8

44

AIN2

45

AIN9

46

AIN3

47

AGND

48

CAPY1

49

CAPY2

50

AVDD

51

REFOUT

52

CML

53

AGND

54

CAPC1

55

CAPC2

56

AGND

57

AIN10

58

AIN4

59

AIN11

60

AIN5

SECTION

R-S5

R-S6

R-S6

DTR-5.6

R2112 100

SYNC

e

1

2

005

VMUT

SDET

VCSRST

PLLSDA

PLLSCL

U02

NAVD-8657

Q2006
RN1443

R-S6

R-S5

SPRLZ2

SPRLSB

SPRLF

SPRLCS

L-S5
L-S6

R2071

L-S7

A

R2072
R2073
R2074

R2075
R2076

R2077
R2078

L-S8

C2072
104Z

100K

100K

100K

100K

100K
100K

100K

100K

JL2006

FRLD

CSRLD

Q2051
RN1401

SBRLD

Z2RLD

RLGND

To NAETC-8666 SCH.7

Q2052

Q2053

RN1401

RN1401

C2071

104Z

22

R2070

1

2

3

4

5

6

7

8

9

Q2111 NJU7313AM

10

11

12

13

14

STB

DATA

GND

15 16

CLK

30

29

28

27

26

25

24

23

22

21

20

19

18

17

BCD

SPEAKER

RELAY DRIVER

Q2054
RN1401

R-S1

R-S2

R2083

100K

R2082

100K

R-S3

R2086

100K

R-S4

R2085

100K

R2081

R-S5

100K

R2080

R-S6

100K

R

-S7
R2079

100K

R

-S8

R2084

100K

SCHEMATIC
DIAGRAM 1

VIDEO
SECTION

3

Switch Controller

Video AMP with HPF

R2186

R2185

R2184

R2183

R2182

R2181

R2187

C2176

105K

82

R2192

C2175

105K

82

C2174

105K

82

C2173

105K

82

R2189

C2172

105K

82

R2188

C2171

82

105K

68

VIDEO+5V

VMUT

VIDEO-5V

68

R2191

68

R2190

68

68

68

R2171

100

R2169

100

R2167

R2165

100

R2163

R2161

100

PLLSCL

04
K

DVDD

C2131
103K

104Z

C2130

C2128
080D

080D

C2129

X2101

33P132
P0

ADV7183B

NC

SCLK68

697071

103K

C2124

30

31

DVD D

DGN D

Q2101

DGNDNC

C2126

104Z

29

XTAL

DVDD
72

27MHZ

28

XTAL1

P15
73

25

26

24P323P422P521
P2

NC

LLC1 27

LLC2

P6

20

P7

19

NC

18

NC

17

NC

16

DGND

DVDD

DGND

DGND

OE79

C2186

15
14

104Z

NC

13

SFL

12

C2185

NC

11

104Z

10

9

P8

8

P9

7

P10

6

C2123

P11

5
4
3

104Z

HS

2

VS

1

FIELD80

DVDDIO

L2102

220K

R2129

33

DVDDIO

DVDDIO

NC

NC

P1276

P1375

P1474

77

78

4

5

r

Q2109
2SK3019

2

R2113

R2121
R2122
R2123
R2124
R2125
R2126
R2127
R2128

2.2K

Q2108
2SK3019

R2110

2.2K

VCSRST

R2145

4.7K

L2105
022K

PLLSDA

Q2105
RN1401

33

33
33
33

33
33
33
33

C2188

104Z

R2143

100

11
12

GN

R2133

100

R2132

100

C2164

10/16

VAA1
P02
P13
P24
P35
P46
P57
P68
P79
CSO
VAA

D

Video Encoder

C2189

C2163

33

104Z

104Z

R2144

464748

44

45
VSO

GND

VAA

RESET

CLOCK

Q2104

ADV7172

IELD

O10

_HS

F
C/

ALSB17

VSYN

HSYNC

BLANK

GND

16

14

15

13

4.7K

R2131

PAL_NTSC 43

GND
18

R2130

4.7K

42

VAA
19

41
TTX

CLAMP

SCLOCK20

R2134

104Z

C2141

R2141

40

TXREQ

DATA

S
21

1.2K

1.2K

1.2K

R2142

39

COMP1

RSET1 38

DACA35

ESET/RTC

DACB

SCR

DACC 29
DA

VAA
GND

RSET222

COM P 223

C2142

1.2K

R2135

GND
VAA

37

VAA
VAA

DACF24

CD 28

DA

C2161

VREF

CE

104Z

104Z

C2162

36

104Z

34
33
32
31
30

27
26
25

C2184

100/16

104Z

C2183

Q2107

100K

100K

100K

100K

LA7106M

8

NFB3

7

VIN3+

6

-VCCI

5

NFB2

4

VIN2+

3

MODE1

2

NFB1

1

VIN1+

C2179

8

NFB3

7

VIN3+

6

-VCCI

5

NFB2

4

VIN2+

3

MODE1

2

NFB1

1

VIN1+

Q2106
LA7106M

-VCC2
MODE2
VOUT3
DRCTL
VOUT2

GND

VOUT1

+VCC

C2180

100/16
104Z

-VCC2

MODE2

VOUT3
DRCTL
VOUT2

GND

VOUT1

+VCC

9

10

11

12

13

C2182

14

104Z

15

16

C2181
100/16

9

10

11

12

13

C2178

104Z

14

15

16

C2177
100/16

R2178

82

R2177

82

R2176

R2180

390

R2174

100

R2179

390

R2173

100

82

CR

CB

R2175

18

Y

R2172
100K

R2170

R2168

100

R2166
100K

R2164

100

R2162

DTR-5.6

MCT
1

3

A

BCD

SCHEMATIC DIAGRAM 2 DSP SECTION

P102

R125

SYSIN

330

C125

102K

C146

5

102K

L101

U101

OPT1

U102 1

OPT2

U103 1

OPT3

2

022K

1
3

L102

4

022K

R111

1

IN

220

3

VCC

104Z

2

GND

R112

IN

220

3

VCC

104Z

2

GND

R113

IN

220

3

VCC

104Z

2

GND

1

COAX1

P101

COAX2

DIGITAL IN

2

R115

3

U105

IN

220

2

DIGITAL OUT

VCC

104Z

1

GND

DACSBR

DACSBL

3

DACSR

DACSL

DACSW

4

DACC

DACFR

DACFL

5

75

R101

75

R102

C111

C112

C113

+

C116

C115

7

Q433:A

NE5532ASPR

1

Q433:B

7

Q432:A

NE5532ASPR

1

Q432:B

7

Q431:A

NE5532ASPR

1

Q431:B

7

Q430:A

NE5532ASPR

1

Q430:B

101J

C101

101J

C102

100/16

NE5532ASPR

8

4

NE5532ASPR

8

4

NE5532ASPR

8

4

NJM4580M-D

8

4

R103

C103

104K

10

R105

220K

220K

R106

R104

C104

104K

10

L122
470M

Q121

R526

22K

6

R536

1.5K

7

Q423:A

5

1.5K

R546

1.5K
R545

3

1

Q423:B

2

1.5K

R535

R525

22K

R524

22K

6

R534

1.5K

7

Q422:A

5

R544

1.5K

1.5K
R543

3

1

Q422:B

2

1.5K

R533

NE5532ASPR

22K

R523

R527

22K

6

R537

1.5K

7

Q421:A

5

R547

1.5K

1.5K
R542

3

1

Q421:B

2

1.5K

R532

NE5532ASPR

22K

R522

R521

22K

6

R531

1.5K

7

Q420:A

5

R541

1.5K

1.5K

3

R540

1

Q420:B

2

1.5K

R530

NE5532ASPR

22K

R520

10K

080D

R108

C106

9

10

8

IN4

OUT5

OUT4

GND

TC74HCU04AF

7

65432

NE5532ASPR

8

R496

6

22K

5

4

22K

R516

R506

22K

R505

R515

3

22K

2

R495

NE5532ASPR

NE5532ASPR

8

R494

6

22K

5

4

22K

R514

R504

22K

R503

R513

3

22K

2

R493

NE5532ASPR

8

R497

6

22K

5

4

22K

R507

R517

22K

R502

R512

3

22K

2

R492

NJM4580M-D

8

R491

6

22K

5

4

22K

R511

R501

22K

R510

3

22K

2

R490

R500

080D

11

IN5

22K

22K

22K

22K

22K

22K

22K

22K

10K

C105

12

OUT6

080D

R486

1.5K

C446
471J

C445
471J

1.5K
R485

R484

1.5K

C444
471J

C443
471J

1.5K
R483

R487

1.5K

C447
471J

C442
471J

1.5K
R482

R481

1.5K

C441
471J

C440
471J

1.5K
R480

R107

13

C107

NE5532ASPR

NE5532ASPR

L121

470M

IN6

VCC

114

10K

R109

C108

104K

220K

7

NE5532ASPR

NE5532ASPR

1

10K

R474

7

NE5532ASPR

1

R473

R477

7

NE5532ASPR

1

R472

R471

7

NJM4580M-D

NE5532ASPR

1

OPT1

COAX1

100/16

+

C121

C122 104Z

OPT2
OPT3

TX

R110

COAX2

R476

10K

8

R466

6

10K

Q413:A

5

4

C436
122J

C435
122J

3

Q413:B

10K

2

R465

R475

10K

8

R464

6

10K

Q412:A

5

4

C434
122J

C433
122J

3

Q412:B

10K

2

R463

10K

10K

8

R467

6

10K

Q411:A

5

4

C437
122J

C432
122J

3

Q411:B

10K

2

R462

10K

10K

8

R461

6

10K

Q410:A

5

4

C431
122J

C430
122J

3

Q410:B

10K

2

R460

R470
10K

7

NE5532ASPR

NE5532ASPR

1

7

NE5532ASPR

NE5532ASPR

1

7

NE5532ASPR

NE5532ASPR

1

7

NE5532ASPR

NE5532ASPR

1

C555

220/25

Q403:A

Q403:B

Q402:A

Q402:B

Q401:A

Q401:B

Q400:A

Q400:B

+15VVLSC

C556
220/25

8

4

8

4

8

4

8

4

U03

NADG-8660

R436

C426

C416

121K

C415

R456

121K

180

6

C406

470J

5

R446

180

R445

121K

180

3

C405

470J

2

C425

R455

180

121K

R434

C424

R454

121K

180

6

C404

471J

5

R444

121K

180

C413 R423

R443

121K

180

3

C403

471J

2

R453

121K

180

C423

R437

C427

R457

153J

3.3K

6

C407

333J

5

R447

153J

180

C412 R422

R442

121K

180

3

C402

471J

2

121K

R452

180

C422

R431

C421

R451

121K

180

6

C401

471J

5

R441

121K

180

C410 R420

R440

121K

180

3

C400

471J

2

121K

R450

180

C420

R555

15(1/2W)

R556

15(1/2W)

10K

R416

3.3K

R406

3.3K
R426
R425

R405

3.3K

R415

3.3K
R435

10K

10K

R414

3.3K

R404

3.3K

R424C414

R403

3.3K
R413

3.3K

R433

10K

10K

R417

3.3K
R407

3.3K

R427C417

R402

3.3K
R412

3.3K

R432

10K

10K

R411

3.3K

R401

3.3K

R421C411

R400

3.3K
R410

3.3K

R430

10K

ADCMCK

R175

0

0

C131

104Z

R135

TC7WU04FU

Q131
1

8

VD

2

7

3

6

L133

5

4

GND

LM182

R131

1M

2 1

X131

HC-49U03

120J

12.288MHz

C395

222J

R396

3.9K

DIGSDO

DIRCS

R366 220

R365 220

10

9

INT1

CS/AD0

2.7K

R371

473K

C371

C379 330J
C378
C377 0
C376
C375 330J
C374
C373 330J

DIGSDI

220

R364

8

CDIN/AD1

CDOUT/SAD

64:CX_SDIN2
63:CX_SDIN3
62:CX_SDIN4

C372

330J

330J

330J

DIGCLK

220

R363

7

CCLK/SCL

50:TXP

49:RXP0

104Z

330

R372

COAX2

6

OPT2

120J

C133

104Z

C363

L362

R36247

104Z

C362

LM182

4

5

3

2

VD1

VLC

DGND1

CX_LRCK

SAI_SLCK
SAI_LRCK

CX_SDOUT

SAI_SDOUT

330

R373 330

R374 330

R375

COAX1

OPT3

OPT1

C132

ADRT­ADRT+
ADLT+
ADLT-

56

R394 56

R391 56

R39356R392

R586

SBR-

680
R576

SBR+

680
10K
10K

R575

SBL+

680

R585

SBL-

680

R584

SR-

680

R574

SR+

680
10K
10K

R573

SL+

680

R583

SL-

680

R587

680

R577
680

470

10K

10K

R572

680

R582

680

R581

FR-

680

R571

FR+

680

10K
10K

R570

FL+

680

R580

FL-

680

22(1/2W)

R557

22(1/2W)

R558

+15VADC

220/25
C558

220/25

-15VADC-15VVLSC

C365

47/50

+

C366

17

104Z

18

+

C367

19

100/16

20
21
22
23

C368

24

104Z

25
26
27
28
29
30
31
32

C369

+

220/6.3

L363

022M

SW­SW+

C+
C-

C557

C396

222J

R395

3.9K

DIRINT

DIRRST

220

R367

R368 220

13

14

11

16

15

12

AINL-

_RST

AINR-

AINL+

VQ

AINR+
FLT+
REFGND
AOUTB4­AOUTB4+
AOUTA4+
AOUTA4-

Q361

VA
AGND1

CS42518-CQ

AOUTB3­AOUTB3+
AOUTA3+

AOUTB2+:31
AOUTA3-

AOUTA2+:32
AOUTB2-

AOUTA2-34AOUTB1-35AOUTB1+36AOUTA1+37AOUTA1-38MUTEC39LPFLT40AGND241VARX42RXP7/GP743RXP6/GP644RXP5/GP545RXP4/GP446RXP3/GP347RXP2/GP248RXP1/GP1

33

222K

C370

L131

022M

R36147

1

CX_SCLK

CX_SDIN1

OMCK
ADCIN1
ADCIN2

RMCK

VLS

DGND2

VD2

R377 330

R151

0

R149
47

R133
680

+

R378

OMCK

L361

022M

C361

+

220/6.3

R387

47

64

R386

47

63

R385

47

62

L367

LM182

61

R384

47

60

R383

47

59
58
57

R382

47

56

L366 LM182

55

R381

47

54

C384

53

104Z

52
51

R380

50

C381

49

022M
L364

C380

220/6.3

330

330
0

OPTF

C383
104Z

C382

+

220/6.3

L365

022M

R304

10K

C301

10/50

R302

TX

1.2K

1

Q301:B

2

330

R301

GNDA

P3101B

GNDA

GNDA

DACSBL

DACSBR

ADRT-

ADLT-

ADRT+

ADLT+

TO NAAF-8678 SCH. 4

DACSR

DACSL

DACFR

DACFL

DACSW

DACC

151413121110987654321

DTR-5.6

A

BCD

SCHEMATIC DIAGRAM 2 DSP SECTION

1

ADCCSW

ADCSBLR

ADCBCK

ADCSLR

ADCLRCK

0

0

R177

R178

0

R179

R176

R149
47

+2.5VDSP

2

L202

022M

C211
100/16

-2.5VDSP

L201

+

022M

R252

47

DACDA2
DACDA1
DACBCK

ADSDO
SRCLRCK

C214

122J

R264

2.7K

DSPCLKIN

3

C383

104Z
C382

+

220/6.3

022M

SRCDO

SRCBCK
DSPCS
DIGSDO

DIGSDI
DSPBUSY
DIGCLK

DSPRST

L365

4

C303

222J

R304

R305
10K

10K

C301
10/50

R303

1.5K

R302

1.2K

1

NE5532ASPR

Q301:B

2

3

C302
101J

R291

100K

330

5

R301

C304

C30810/50

10/50

R310

R308

1.5K

C306

R263

330

C307

10K

101J

R292
100K

C215

222J

NE5532ASPR

4

5

10/50
10/50

+PLLVDD

680J

R309

10K

C305

10/50

7

Q301:A

R306

C314
C318

10K

10K
10K

10K
10K

10K
10K

10K

R307

6

47
47

47
47
47

47

47

C217

47
330
330

330
330
330

3.3K
220

330

+

ADCCT
ADCSW

1.2K

8

R253
R254
R255
C212

104Z

R256
R257
R258
R259
R260
R261
R262

C213

2.2/16
C216
104Z

R265

R266
R267
R268

104Z

R269
R270
R271

R272
R273
R274
R275
R276
R277

C218

0

DACDA4
DACDA3

R248

R24947

R247

47

47

10K

+

C210

100/16

R250 47

R251

107

106

105

108
109
110
111

LRCLK0

AUDATA2

112
113

HDATA3,GPIO3

114

AUDATA3,XMT958A

115
116

HDATA0,GPIO0

117

CMPREQ,FLRCLKN2

118

CMPDAT,FSDATAN2

119

FLRCLKN1

120

WR,DS,GPIO10

121

RD,R/W,GPIO11

122

PLLVSS

123

FILT2

124

FILT1

125

PLLVDD

126

XTALO

127

CLKIN,XTALI

128

CLKSEL

129

CS,GPIO9

130

A0,GPIO13

131

FSDATAN1

132

VDD4

133

VSS4

134

FSCLKN1,STCCLK2

135

_SCS

136

SCDIN

137

VSS5

138

VDD5

139

A1,GPIO12

140
141
142
143
144

UHS0,GPIO182UHS1,GPOI193_INTREQ4FA1,FSCDIN5GPOI206FA0,FSCCLK7FSCDIO,FSCDOUT

1

101J

10K

3.3K

R205

R204 330

R201 3.3K

R202

R208

3.3K

R203

3.3K

DSPINT

DIGSDO

C317

C313 222J

R314

R320

R315

10K

10K

10K

C311
10/50

R313

R318

1.5K

1.5K

R312

1.2K

1

NE5532ASPR

Q302:B

2

3

C316

C312

101J

101J

101J 101J

R294

R293
100K

100K

330

R311

R246

R245

C209

10K

10K

104Z

104

103

102

101

100

VSS2

VDD2

SCLK0

HDATA4,GPIO4

AUDATA4,GPIO28

AUDATA1

109:

AUDATA0
CMPCLK,FSCLKN2
HDATA2,GPIO2
VSS3
VDD3
HDATA1,GPIO1

SCDOUT,SCDIO

140:

HINBSY,GPIO8
SCCLK
UHS,_CS_OUT,GPIO17
_RESET

GPIO219FDAT710VDD611VSS612FHS0,_FWR,_FDS

8

330

10K

R210

R209 10K

R206

R207 47

DIGCLK

DIGSDI

ADCSL
ADCSR

222J

R319

10K

C315
10/50

R317

1.2K

7

NE5532ASPR

4

8

Q302:A

5

6

330

R316

10/50

C324

R24447

R242

R24110K

R240

R24347

10K

10K

C208

96

97

98

94

95

93

99

MCLK

SCLK1

HDATA7,GPIO7

HDATA6,GPIO6

HDATA5,GPIO5

AUDATA5,GPIO29

92

91

VSS1

AUDATA6,GPIO30

AUDATA7,XMT958B,GPIO31

Q201

CS494003

FSH1,_FRD,FR/_W

FDAT615_FCS16_FINTREQ17FDBCK18FDAT519FDAT420VDD721VSS722FDAT323FDBDA24FDAT225DBDA26DBCK27FDAT128TEST29FDAT030_NV_WE,GPIO1631_NV_OE,GPIO1532_NV_CS,GPIO14

13

14

330

10K

10K

3.3K

C201 104Z

R213

R212

R217

R216 3.3K

R278

R211 3.3K

R215

47

R214

DSPFINT

DSPFCS

222J C327 222J

C323

R324

R325

10K

10K

C321
10/50

R323

1.5K

1.2K

R322

1

Q303:B

NE5532ASPR

2

3

C322

101J

R295
100K

330

R321

10/50

C328

104Z

88

90

VDD1

SD_ADDR10,EXTA10

10K

C202 104Z

R218

3.3K

R330
10K

R328

1.5K

NE5532ASPR

4

5

C326
101J

R296

100K

0

R180

R181

R23847

R23747

R23947

85

87

86

NC289NC1

LRCLK1

SCLKN,GPIO22

LRCLKN,GPIO23

SD_BA,EXTA19

VDDSD1

VSSSD1

_SD_CS
SD_ADDR4,EXTA4
SD_ADDR5,EXTA5

SD_DATA6,EXTD6

VDDSD4

VSSSD4
SD_DATA5,EXTD5

SD_DQM0
SD_DATA4,EXTD4
SD_DATA3,EXTD3

10K

3.3K

R220 3.3K

R222

R221

R219 10K

ADCSBL

ADCSBR

R329

10K

C325
10/50

1.2K

R327

7

8

Q303:A

6

330

R326

0

83

NC484NC3

3.3K

R223

47

R233 47

R23647R234

R235 47

80

81

82

79

SDATAN3,GPIO27

SDATAN2,GPIO26

SDATAN1,GPIO25

SDATAN0,GPIO24

SD_ADAT8,EXTA11

:66

SD_DATA9,EXTA11
SD_DATA10,EXTA13
SD_DATA11,EXTA14
SD_DATA12,EXTA15

SD_DATA13,EXTA16

:43

SD_DATA14,EXTA17
SD_DATA15,EXTA18

10K

10K

BT_WE

R224

R225

A1A0RASA3A2

CAS

74

75

76

77

_SD_RAS78_SD_CAS

SD_ADDR2,EXTA2

SD_ADDR3,EXTA3

SD_ADDR6,EXTA6

SD_CLK_EN
SD_ADDR7,EXTA7
SD_ADDR8,EXTA8

SD_CLK_IN

SD_ADDR9,EXTA9

SD_CLK_OUT

VDDSD2
VSSSD2

VDDSD3
VSSSD3

SD_DQM1

SD_DATA7,EXTD7

_SD_WE34SD_DATA0,EXTD0

33

35

BT_CS

BT_OE

D1

L203

022M

+3.3DSPIO

10K
R231
R232
10K

73

72
71
70
69
68
67

SD_ADDR0,EXTA0

SD_ADDR1,EXTA1

66
65
64
63
62
61
60
59
58
57
56
55
54
53
52
51
50
49
48

NC5

47
46
45
44
43
42
41
40
39
38
37

SD_DATA1,EXTD1

SD_DATA2,EXTD2

36

R226
10K

D2D0SD_WE

L332
022M

R337

C334
10/50

C337

100/16

104Z

+

104Z

C335

+

C339
104Z

L342
022M

R347

C344

C347

10/50

100/16

104Z

+

104Z

C345

C349
104Z

L352

022M

R357

100/16

C357

C354

100/16

104Z

+

104Z

C355

C359
104Z

100/16

L204

C204

104Z

330

C336

C338

330

C346

+

+

C348
100/16

330

C356

+

+

C358

R230
R229

R281

0

SD8/EA11
SD9/EA12
SD10/EA13
SD11/EA14
SD12/EA15

SD13/EA16

SA14/EA17
SA15/EA18
SD_UDQM

SD_LDQM

10K

R228

+

100/16

10K

R227

10K
10K

BA/EA19

SD_CS

SD_CKE

SD_CKO

C205

104Z

C203

104Z

C207

100/16

+

A10

C206

104Z

A4
A5
A6

A7
A8

A9

D7
D6

D5

D4
D3

R336

9

RST

10

AINL

11

VQ

12

AINR

13

VA

14

REF_GND

15

FILT+

16

M11M0

CS5340-CZZ

R346

9

RST

10

AINL

11

VQ

12

AINR

13

VA

14

REF_GND

15

FILT+

16

M11M0

CS5340-CZZ

R356

9

RST

10

AINL

11

VQ

12

AINR

13

VA

14

REF_GND

15

FILT+

16

M11M0

CS5340-CZZ

Q331

Q341

Q351

U03

NADG-8660

100/16

C281

+

C282
104Z

A3

17

A3

A4

18

A2

A2

A5

19

A1

A6

20

A0

A7

21

DQ0

A12

22

DQ1

A15

23

DQ2

A16

24

VSS

A18/VPP

25

DQ3

VCC

26

DQ4

_WE/A18

27

DQ5

A17

28

DQ6

A14

29

DQ7

A13

30

_CE

A8

31

A10

A9

32

_OE1A11

100/16

+

1

VCC0

2

DQ0

3

DQ1

4

GNDQ1

5

DQ2

6

DQ3

104Z

7

VCCQ1

8

DQ4

9

DQ5

10

GNDQ2

11

DQ6

12

DQ7

104Z

13

VCCQ2

14

LDQM

15

_WE

16

_CAS

17

_RAS

18

_CS

19

A11

20

A10

21

A0

22

A1

23

A2

24

A3

25

VCC1

104Z

R335

330

R334

330

C331

100/16

C332

+

10K

330

R332
R331

47

L331

470M

R345

330

R344

330

C341
100/16

C342

+

10K

330

R342
R341

47

L341
470M

R355

330

R354

330

C352

C351

+

100/16

10K

330

R352
R351

47

L351
470M

5.6

LRCK
SCLK

SDOUT

MCLK

5.6

LRCK
SCLK

SDOUT

MCLK

5.6

LRCK
SCLK

SDOUT

MCLK

A1
A0
D0
D1
D2

D3
D4
D5
D6
D7
BT_CS
A10
BT_OE

C285

C286 104Z

D0
D1

D2
D3

C287

D4
D5

D6
D7

C288

SD_LDQM
SD_WE
CAS
RAS
SD_CS
BA/EA19
A10
A0
A1
A2
A3

C289

8
7

C333

6

VD

104Z

5

GND

4

104Z

3

VL

R333

2

8
7

C343

6

VD

104Z

5

GND

4

104Z

3

VL

R343

2

8
7

C353

6

VD

104Z

5

GND

4

104Z

3

VL

R353

2

16
15
14
13
12
11
10
9
8
7
6
5
4
3
2

+VBOOT

A4
A5
A6
A7
SD9/EA12
SD12/EA15
SD13/EA16
SA15/EA18

BT_WE
SA14/EA17
SD11/EA14
SD10/EA13
A8
A9
SD8/EA11

L281

022M

+VSD

GND2
DQ15
DQ14

GNDQ4

DQ13
DQ12

VCCQ4

DQ11
DQ10

GNDQ3

DQ9
DQ8

or IC42S16100

M12L1616A-7TG

VCCQ3

NC2

UDQM

CLK
CKE
NC1

Q285

GND1

ADCLRCK
ADCBCK

ADCCSW
ADCMCK

ADCSLR

ADCSBLR

ADCRST

Q551

78M05

3

1

O

I

G

R551

2

4.7(1W)

+

+

C552

100/16

L285

022M

Q211

MX26LV040-70

50

SA15/EA18

49
48

SA14/EA17
47
46

SD13/EA16

SD12/EA15

45

104Z

C291

44
43

SD11/EA14

SD10/EA13

42
41
40

SD9/EA12

SD8/EA11

39

C290

104Z

38
37

SD_UDQM

36

R285

35

SD_CKO

47

SD_CKE

34
33

A9

32

A9

31

A8

A8

30

A7

A7

29

A6

A6

28

A5

A5

A4

27

A4

26

C551

C192

C194

10/50

Q191

TA48033AF

2

O

100/16

Q192

TA48025AF

2

O

100/16

L191

4.7M

3

3

RXMUTE

1

TXMUTE

2

VSYSRST

3
VD_SCK
VD_SI
VD_SO
VD_STB
+10S
GNDV
GNDV
+9V
+9V

ADCRST
SYSIN
DIRRST
DIRINT
DIRCS
OPTF
DIGSDI
DIGCLK
DSPCS
DSPBUSY
DSPRST
DSPINT
+5VDAC
DSPFCS
DSPFINT
MLTSEL
DIGSDO
+5VDSP
GNDD
GNDD

L192

4.7M

1

I

G

C191

470/6.3

1

I

G

470/6.3

C193

P601A

4

5

6

7

8

9

10
11
12

TO NAAR-8661 SCH. 3

1

2

3

P602A
4
5
6
7
8
9

10
11
12
13
14
15
16
17

TO NAAR-8661 SCH. 3

18
19
20

MCT

MSW

+12VA

MSBL

MSBR

MSL

MSR

1

P3102B

TO NAAF-8678 SCH. 4

-12VA
8765432

DTR-5.6

VPOWER

VPOWER

H

1

3

7

6
6

A

SCHEMATIC DIAGRAM 3

MICROPROCESSOR
SECTION

1

TO DSP/CODEC

P601B

NADG-8660 SCH.2

RXMUTE_3.3V

12

TXMUTE_3.3V

11

VDMRST_3.3V

10

VDM_SCK_3.3V

9

VDM_SI_3.3V

8

VDM_SO_3.3V

7

VDM_STB_3.3V

6

GNDDSP

5

GNDDSP

4

GNDHD

3
2

+9VA

R791

+9VA

1

4.7 (1W)

ADCRST_3.3V

20

SYSIN

19

DIRRST_3.3V

18

DIRINT_3.3V

17

DIRCS_3.3V

2

16

OPTF

15
14

DIGSDI_3.3V

DIGCLK_3.3V

13
12

DSPCS_3.3V

DSPBUSY_3.3V

11

DSPRST_3.3V

10

DSPINT_3.3V

9

+5VDAC

8
7

DSPFCS_3.3V
MLTSEL_3.3V

6
5

DIGSDO_3.3V

4

DSPFINT_3.3V

+5VDSP

3

GNDA

2

GNDA

1

P602B

TO DSP/CODEC

NADG-8660 SCH.2

3

DIGSDI_3.3V
DSPBUSY_3.3V
DSPINT_3.3V
DSPFINT_3.3V
RXMUTE_3.3V

DIRINT_3.3V

DIGSDO_3.3V
DSPFCS_3.3V

4

DSPRST_3.3V
DSPCS_3.3V
DIGCLK_3.3V
DIRCS_3.3V
DIRRST_3.3V
ADCRST_3.3V

NAAR-8661

10

R781

330

R786

47

11
12
13
14
15
16
17
18
19

R785

47

20

U032

XC6213B332MR

+3.3V

L602
022K

C716

100/16

GND

9

A8

8

A7

7

A6

6

A5

5

A4

Q711

4

A3

3

A2

2

A1

1

_G1

VCC

C717 104Z

GND

Y8
Y7
Y6
Y5
Y4
Y3

Q713

Y2
Y1
_G2
VCC

C719

104Z

Q710

5

VOUT

VIN

VSS

4

+

NC3CE

VDM_STB

11

Y8

DIGSDI

12

Y7

13

DSPBUSY

Y6

14

DSPINT

Y5

DSPFINT

15

Y4

RXMUTE

16

Y3

VDM_SI

17

Y2

18

DIRINT

Y1

19

_G2

TC74VHCT541AFT

20

L603
022K

10
9

DIGSDO

A8

DSPFCS

8

A7

7

DSPRST

A6

DSPCS

6

A5

DIGCLK

5

A4

DIRCS

4

A3

DIRRST

3

A2

TC74VHC541FT

2

ADCRST

A1

1

_G1

BCD

P7534A

123456789

GNDV

LEDPURE

+5VDIS

TO DISPLAY SCH.9
(NADIS-8683)

+5VDIS

GNDD

GNDD

10111213141516171819202122232425262728293031323334353637383940

V4Y

V4V

V4L

GNDV4A

GNDV4A

MICOUT

GNDV4A

LEDSBY

OPTF

-7V

+7V

V4R

FLDSDO

LEDZONE2

FLDCS

VBJ

VAJ

KEY0

KEY1

KEY2

KEY3

KINT0

FLDCLK

FLDRST

REMIN

KINT1

KINT2

KINT3

+5VM

MICDET

GNDV

V4C

GNDV

GNDV

987654321

APOWER

FBUSY

FTXD

GNDD

KEY1

KEY3

KINT3

KINT1

KINT0

KEY2

2.7K

2.7K

2.7K

2.7K

104Z

104Z

10K
220
220
220
220
220
220
220
220
220

220
220

104Z
10K
220
220

220
220
220
220
220
220

R632

C606
104Z

R633

220

10K

1
2
3
4
5
6
7
8

9
10
11
12
13
14
15
16
17
18
19
20
21

22
23

24
25
26
27
28
29
30
31
32
33
34
35

220

36
37
38

R637

2.2K

R639

2.2K

R641

27K

R643

27K

R661

10K

C626

101J

C625 101J

101J

C723

KEY0

4.7K

R731

128

P100/AN0

P92/TB2IN/SOUT3
P91/TB1IN/SIN3
P90/TB0IN/CLK3
P141
P140
BYTE
CNVSS
P87/XCIN
P86/XCOUT
RESET
XOUT
VSS
XIN
VCC1
P85/NMI
P84/INT2
P83/INT1
P82/INT0
P81/TA4IN/U
P80/TA4OUT/U
P77/TA3IN
P76/TA3OUT
P75/TA2IN/W
P74/TA2OUT/W
P73/CTS2/RTS2/TA1IN/V
P72/CLK2/TA1OUT/V
P71/RXD2/SCL2/TA0IN/TB5IN
P70/TXD2/SDA2/TA0OUT
P67/TXD1/SDA1
VCC1
P66/RXD1/SCL1

39

220

XMSDI

REMIN

XMCLK

XMRST

XMSDO

XMREQ2

XMREQ1

10K

R747

FRXD

FTXD

R625 220

VMUT

SDET

X701

SYNC

*

*

*
*

R738

10K

VSYNC

R735
R734
R733
R732

C601
C602

R611
R602

R603
R604
R605
R606
R607
R608
R609
R610

R612
R613

C604
R614

R615
R616

R618
R619
R620
R621
R622
R623

R629

+5VDIS

R605,R606

MODEL

R608,R609

other

10K

R745

POFF

OSDSDO
OSDCLK
OSDCS

D601

+

C617

4.7/50

+5VM

C621

C605

1SS355

Q702

RN1404

104Z

104Z

D602

1SS355

R736

R737

YES

NO

R749

10K

R751

10K

104Z

C603

10K

47K

R748

R624

1M

R617

10K

10K

MDD-TYPE

CNVSS

C715

474K

1
2

RESET

X701:
CSTCR
6M00
55-R0

ADCRST
DIRINT
DIRCS
DIRRST
DSPFCS
DSPCS

+5VDIS

220

4.7K

R730

R770

126

127

AVSS

P101/AN1

40

41

R634

FCLK

FBUSY

4.7K

4.7K

4.7K

R727

R729

R728

125

123

124

P103/AN3

P102/AN2

P104/AN4/KI0

42

43

44

220

R635

1K

R6380R640

R636 0

4.7K

R726

1:
2:
3:
4:
5:
6:
7:

R642
1K

KINT2

FLDCS

FLDCLK

FLDRST

FLDSDO

C615

C616

C614
C613
C612
C611
C610

C609

C609

-C616:

220

220

220

220

102J

4.7K

4.7K

R724

R721

R723

R725

R720

R722

115

116

121

122

P106/AN6/KI2

P105/AN5/KI1

VREF
AVCC
P97/_ADTRG/SIN4
P96/ANEX1/SOUT4

P95/ANEX0/CLK4
P94/DA1/TB4IN
P93/DA0/TB3IN

46

114

117

118

119

120

P113

P112

P111

P110

P06/AN06/D6

P107/AN7/KI3

P04/AN04/D4

P03/AN03/D3

105: P06/AN06/D6

106: P05/AN05/D5

107:

108:

/CTS0/CLKS1

VSS

P64/CTS1/RTS1

P63/TXD0/SDA0

P62/RXD0/SCL0

P61/CLK045P60/CTS0/RTS0

P65/CLK1

39:

40:

41:

42:

43:

44:

P13648P13549P134

P56/ALE52P55/HOLD53P54/HLDA54P13355P13256P13157P13058P53/BCLK59P52/RD60P51/WRH/BHE
51

50

47

R645

R652

R648220

R649220

R65010K

R647

220

220

220

RXMUTE

VDM_STB

DSPRST

DSPFINT

DSPINT

LEDZONE2

33K

R714 Val

R712 Val

R710

220

R716

110

113

109

111

112

P117

P116

P02/AN02/D2

P01/AN01/D1

P00/AN00/D0

P07/AN07/D7

P20/AN20/A0(/D0/-)
P21/AN21/A1(/D1/D0)
P22/AN22/A2(/D2/D1)
P23/AN23/A3(/D3/D2)
P24/AN24/A4(/D4/D3)

P25/AN25/A5(/D5/D4)
P26/AN26/A6(/D6/D5)

103: D10/D8

104: P07/AN07/D7

P27/AN27/A7(/D7/D6)

Q701

M30627FHPGP

68:

P44/CS0

P137

67:

P45/CS1

50:P57/RDY/CLKOUT

46:

45:

66:

P46/CS2

65:

P47/CS3

R657

R656

R655

R654

220

220

220

220

VOLSTB

Z2VDAT

Z2VMUT

Z2VCLK

MICDET

VBJ

VAJ

HPDET

C619

R708 33K

R707

R7061KR705

R7041K

1K

1K

104

105

106

107

108

P11/D9
P12/D10
P13/D11
P14/D12

P15/D13/INT3
P16/D14/INT4
P17/D15/INT5

VSS

P30/A8(/-/D7)

VCC2

P120
P121
P122
P123

P124
P31/A09
P32/A10
P33/A11
P34/A12
P35/A13
P36/A14
P37/A15

P

40/A16

P41/A17
P42/A18
P43/A19

P50/WRL/WR

P12763P12664P125
62

61

R658

R659

R662

220

220

220

VOLCLK

VOLDAT

VCSRST

R651
R768

R

R743
R742

102J

BAND
INT1
INT2
INT3

103

73

C624

C620

102
101
100
99
98
97
96
95
94

93
92
91
90
89

88
87
86
85
84
83
82
81
80
79
78
77
76
75
74
73
72
71
70
69
68
67
66
65

9

+5VCPU

104Z

102J

R741
R740
R715
R713
R711
R709

R702

220

R701
220

R699
R753

R693
R692
R691
R689
R687
R685

R684
C607
104Z

10K
10K
10K

10K
10K

FCLK

FRXD

+5VDIS

CNVSS

RESET

10K
10K
Val
33K
10K
56K

10K

R697

220
100

220
220
220
220
220
220

220

22K

R686

P702

TO FLAS

R712
R714
R715

10K

10K

R746

R764

1K
1K

220
220
220
220
220
220
220

220
220
220
220
220
220
220
220

SBZ2MUTM

Z2MUTM

C618 104Z

R688

R690

R683
R682
R681
R680
R679
R678
R677

R674
R673
R672
R671
R670
R669
R668
R667

10K

10K

DD
56K
NC
0

R700

10K

R
R

R7

DSPBUSY

V4L

V4R

5

+

C650 10/50

4:MICOUT

2:GNDV4A

+

C651

P3103B

0/50
1

+9V

+9V

-7V

+7V

TUL

GNDTU

TUR

XML

XMR

GNDXM

+5VVD

-5VVD

GNDV

GNDV

-9V-9V
2

1

1716151413121110987654321

P3

OSDSDO
12345678910111213

P2004A
TO VIDEO
NAVD-8657 SCH.1

+5VVD

-5VVD

-12VA

V4Y

V4C

GNDV

FSWSDO

FSWCLK

FSWSTB

OSDCS

OSDCLK

V4V

SDET

SYNC

PLLSDA

VSYNC

+12VA

GNDS3

P2005A
TO VIDEO
NAVD-8657 SCH.1

PLLSCL

VCSRST

VMUT

SPRLZ2

987654321

10

SPRLCS

SPRLSB

SPRLF
131211

DTR-5.6

FRXD

XMR
12

3

1

2

3

4

P702

2

1

TO FLASH WRITER

CNVSS

RESET

R712
R714
R715

5VDIS

1

10K

0

10K

5

Val

3

33K

1

10K

9

56K

10K

10K

10K

2

R746

R697

R764

1

220
100

220
220
220
220
220
220

220

220
220
220
220
220
220
220

220
220
220
220
220
220
220
220

SBZ2MUTM

Z2MUTM

22K

R686

C618 104Z

R688

R690

1K
1K

R683
R682
R681
R680
R679
R678
R677

R674
R673
R672
R671
R670
R669
R668
R667

10K
10K

DD
56K
NC
0

R700

10K

R776

PA
10K
10K
NC

R696
R694

DIGCLK

VPOWER

DSPBUSY

LEDSBY

0

R777

SYSOUT

RDSSIG
RDSDAT
FSWSDO
FSWCLK
FSWSTB
PROTECT
THERMAL
VOLH

SEC1H

22K

TRGZ2
TRGB

TRGA
FANCTRL
FANH
APOWER

SPRLZ2

SPRLSB

SPRLCS

SPRLF

AMUTM

DIGSDI

DIGSDO

A

321

TO THERMAL SENSOR

THERMAL

+5VDIS

GNDD

LEDPURE

IRIN

0

R695

JL703B

NAETC-8680 SCH.5

+5VM

+5VMUT

Q703

RN2402

1SS355

D611

D604

UDZS5.1

220K

R752

AMUT

SYSIN

+5VCPU

C724

100/16

13

XMRST

XMRST

R763

+

C709
474K

987654321

121110

XMSDI

XMCLK

XMREQ1

XMREQ2

XMCLK

XMSDI

XMREQ2

XMREQ1

1SS355

D605

1K

+5VMUT

Q704

RN2402

Q705

C710
1/50

AMUTM
SBZ2MUTM
Z2MUTM

Z2MUT
SBZ2MUT

+5.3VXM

XMSDO

XMSDO

1SS355

+

C705

GNDD

RN1404

GNDD

BCD

GNDD

-12VA

XMR

+12VA

GNDXM

P710A
TO XM RADIO

NARF-8688 SCH.10
DD model only

XML

HPR

HPE

HPL

GNDD

JL7452A

12345

TO HEAD PHONE

NAETC-8685 SCH. 9

HPDET

U032

NAAR-8661

P959A

+5VDIS

P701A

R760

D614

10(1/2W)

TO POWER SUPPLY
NAPS-8665 SCH. 8

FANCTRL

18

FANH

17

-22V

16

GNDS3

15

GNDS3

14

+22V

13

FTXD

12

FRXD

11

Z2SWPO

10

Z2POR

9

Z2GND

8

Z2POL

7

+12VA

6

IRIN

5

TRGA

4

TRGB

3

TRGZ2

2

+5.6S

1

POFF2

15

+9V

14

+9V

13

GND

12

GND

11

-9V

10

+5VDSP

9

+5VDSP

8

GNDD

7

GNDD

6

+5.3VXM

5

GNDD

4

+10S

3

POFF

2

APOWER

1

P954A

TO POWER SUPPLY

NAPS-8665 SCH. 8

TO TUNER PACK

PLLSCL

1

PLLSDA

2

STEREO

3

TUNED

4

+9V_TU

5

GNDTU

6

TUL

7

GNDTU

8

TUR

9

VSM

10

GNDTU

11
12

RDSDAT
RDSSIG

13

022K

L601
D606

D607

0.22F

R754

+

R755

10K

2.2K

+

Q714

3

O

1

C702

100/16

C711
474K

2

I

G

S-812C56AUA-C3K

C701

104Z

Q706

R756

RN2402

10K

Q707
RN1404

+

R757

2.2K

C712
1/50

+10S

C713

474K

R769

270

R766

270

R765

47

Q708
RN2402

C714
1/50

D612

1SS355

D613
1SS355

Q709
RN1404

+

R758

10K

R759

2.2K

+12VA

+10S

L604

RL1N4003
GP104003E

D609

D610

C720

100/16

(VR)

022K

+

8.2(2W)

R793

1.5(1/2W) 0.22 (1/2W )

R792

5

+5VVD

-5VVD

GNDV

GNDV

+9V
1716151413

+9V

-9V-9V
VPOWER

P3104B

+22V

+12VA

-22V

-12VA

GNDS3

GNDS3

TO VOLUME/AMP

NAAF-8678 SCH.4

SEC1H

VOLH

GNDD

PROTECT

HPL

HPE

HPR

SPRLF
1716151413121110987654321

Z2MUT

AMUT

SBZ2MUT

P3105B

SPRLSB

FSWSDO

FSWSTB

FSWCLK

VOLSTB

Z2VCLK

VOLCLK

VOLDAT
987654321

10

AT

Z2VMUT

Z2VD

Z2POL

Z2GND

Z2POR

Z2SWPO
17161514131211

SCHEMATIC DIAGRAM 3

MICROPROCESSOR
SECTION

DTR-5.6

T

U

3

3

3

7

2
4

3

3

4

3

4

3
0

+

R

0

0

Q

0

9

/

0

/

2

T

A

BCD

SCHEMATIC DIAGRAM 4 PREAMPLIFIER SECTION

P3010

1

MSR

MSL

1SS352

MCT

MSW

MSBL

MSBR

VIDEO4L

R3087

220

12

3
5
10

8

RL3202

SPRLF

1

12

3

4

5
10

9 8

D3202

1SS352

TAPE_OUT

2

VIDEO2_OUT

VIDEO1_OUT

3

4

5

CD

TAPE

VIDEO3

VIDEO2

VIDEO1

DVD

SL/SR

C/SW

SBL/SBR

FL/FR

SL/SR

PREOUT

C/SW

SBL/SBR

P3002

P3003

P3004

P3005

1

P3006

P3008

1

P3009

7

4

1

7

4

1

4

1

7

4

1

7

4

1

11

R3002

9

330

R3001

8

330

R3006

330

6

R3005

5

330
R3010

3

330
R3009

2

330

R3014

9

330

8

330

R3018

6

R3017

5

330
R3022

3

R3021

2

330
R3026

6

330
R3025

5

330
R3030

3

330
R3029

2

330
R3034

9

330

R3033

8

330
R3038

6

330

R3037

5

330

R3042

3

330

R3041

2

330

R3046

3

330

R3045

2

330

R3054

9

100

R3053

8

100

R3058

6

100

R3057

5

100
R3062

3

100

R3061

2

100

R3066

3

100
R3065

2

100

10

R3013

330

330

10

7

56K

10

4

C3029

102J

10

102J

4

221K
221K

C3006

C3052

C3053

221J

C3054

C3018

221J
221J

R3040

56K

R3039

56K

R3043

R3048

C3027

C3030

102J

C3032

C3031

C3057

C3034

102J

C3033

C3058

C3002

C3001

R3008

56K
56K

R3007

221J

221J

221J

R3020

56K

56K

R3019
C3012

R3028

56K
56K

R3027

C3016

C3017

R3044

56K

R3047

56K

C3028

102J

102J

R3060

R3063
102J

102J

220K

R3068
R3067

220K

102J

C3005

221J
102J

C3008
C3007

221J

C3011
221J

102J

V1_RO

V1_LO

C3015
221J

102J

C3020

221J

C3019

221J

C3022

221J
C3021

221J

C3055

56K

C3024

221J

C3023

C3111

102J

102J

220K

220K

R3059

R3064

221J

V2_RO

V2_LO

102J

220K

220K

RL3201

1
4
9

D3201

Q3251
RN1402

MIC

VIDEO4R

TUPACKR

TUPACKL

CDL

CDR
TAPEL
TAPER

V3L

V3R

V2L

V2R

V1L

V1R

DVDL

DVDR

TUNERL
TUNERR

R3086

220

R3088

C3132~C3137
C3071,C3072
C3079~C3083
10/50

VLSTB

VLCLK

VLDATA

R3251

120

XML

220

(1/2W)

R3252

NAAF-8678(1/2)

C3060
10/50

ADRT-

ADRT+

C3123
C3124

XMR

51

52
53

54
55
56
57

58
59

60

61

62

63

64

65

66

67

68

69

70

71

72

73

74

75

76

77

78

79

80

ADLT+

ADLT-

47/25

+

+

47/25

C3062

C3061

+

10/50

L1IN
R1IN
L2IN
R2IN
L3IN
R3IN
L4IN
R4IN
L5IN
R5IN
L6IN
R6IN
L7IN
R7IN
L8IN
R8IN
L9IN
R9IN
L10IN
R10IN
L11IN
R11IN
L12IN
R12IN
NC
DGND
DATA
CLOCK
LATCH
LAIN

10/50

C3121

C3122

+

+

+

47/25

50

45

46

47

48

49

FL-

FR-

FL+

FR+

VSS

VDD

RAIN82CAIN83LSAIN84RSAIN85LBAIN86RBAIN87SWAIN88LBIN89RBIN90CBIN91LSBIN92RSBIN93LBBIN94RBBIN95SWBIN96GND97GND98VSS299VDD2

81

+

+

+

+

+

C3132

C3133

C3134

C3135

C3136

To NAAF-8668
SCH.6

SPRLSB

Q3252

RN1402

(1/2W)

120

U06

+

47/25

43

44

DCR_IN

DCR_OUT

Q3003

+

+

C3071

C3137

+

C3070
+

42

40

41

DCL_IN

DCL_OUT

DCCAP_SW

NJW1157

+

+

+

C3072

C3080

C3079

Q3002

NJU7311AM

TAPE_LO

V1_LO

C3059

10/50

C3067

C3068

C3069

+

+

+

37

38

39

DCCAP_LB

DCCAP_RS

DCCAP_RB

30:REC_B2R

+

+

C3081

C3082+C3083

28S229S130

VDD

VSS

1

2345678

C3066+C3065

+

36

33

34

GND35GND

DCCAP_C

DCCAP_LS

+

C3085

10/50
R3129

R3130

P5003B

1
1

2
3

P5004B

4
5
6
7
8
9
10
11
12
13

DACSBR

25S426S327

COM1

DACSBL

C3063~C3070
47/25

C3064

C3063

+

+

31

32

DCCAP_L

DCCAP_R

REC_B2L
REC_B1R
REC_B1L
REC_A3R
REC_A3L
REC_A2R
REC_A2L
REC_A1R
REC_A1L

FIL_TR
FIL_BR
DC_R2
DC_R1

FIL_TL
FIL_BL
DC_L2
DC_L1

SWOUT

RBOUT

LBOUT

RSOUT

LSOUT

COUT
ROUT
LOUT

TCCAP

100

+

+

C3087

C3086

10/50

COM2

V-

V+
NC
NC

1/50

0
0

V1_RO

V2_RO

22S623S524

9

30
29
28
27
26
25
24
23
22
21
20
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1

RECRRECL

TAPE_RO
20S721

COM3

101112

15

GNDA

GNDA

18NC19

COM4

13

REC_R
REC_L

C3093
C3092
C3091

+

C3090

C3089

+

C3088

GNDA

ADRT-

220

R3083

R3084

16

17

DATA

NC14STB15GND

R3085

Z2R
Z2L

ADRT+

220

CLK

220

1011121314

ADLT+

ADLT-

472J
224J

4.7/50
472J
224J

4.7/50

P3101A

DACSL

DACSR

DACSBL

DACSBR

SROUT

SLOUT

LOUT

DACR

COUT

ROUT

DACSW

DACL

R312
+

+

SBRO

SBLOU

123456789

DACC

DMI

Q30

DMI

C30

470
C3
470

R31

C3

C

R3

1

C

1

C

C

4

C

C

4

C

4

C

4

DTR-5.6

DACSBL

0

7

A

BCD

SCHEMATIC DIAGRAM 4 PREAMPLIFIER SECTION

3101A

6

DACSR

To NADG-8660 SCH.2

12345

DACC

DACSW

DACL

DACR

DACSL

1

+

10/50

C3077

R3095

6

5

3
2

D3005

R3093
470

R3094

470

1

O

3

O2I

10K

1.2K

1.2K

R3092

I

G

2

1

G

1SS352

R3091

R3096

3

C3078

10K

FSWSTB

Q3005

78L07

+

+

Q3006

FSWDATA
FSWCLK

C3103

330J

R3097

10K

R3099

10K

2

DMIXL

Q3004:B

DMIXR

R3127
+

C3097

470/16
C3096

+

470/16

R3128

Q3004:A

NE5532

10K

R3098

10K

10

10

7

NE5532

1
R3100

C3104

C3115

220/10

C3116
220/10

8

4

330J

1SS352
+

+

D3006

3

Q3007:A

C3105
10/50

+

47K

R3103

0

4

SBROUT

SBLOUT

C3206

47/50

C3205
47/50

C3204

SROUT

5

SLOUT

COUT

ROUT

LOUT

47/50

C3203

47/50

C3202

47/50

C3201

47/50

C3200

47/50

221J

1.2K

C3106

R3104

220K

R3217

220K

R3216

R3226
R3225

220K

R3215

220K

R3214

220K

R3213

220K

R3212

220K

R3211

220K

R3210

3
2

15K

R3105

R3227

270

270

270

270

R3224
R3223

270

270

R3222
R3221

270

270
R3220

4

NE5532

R3106

8

10K

C3107

103K

RN1443

RN1443

100
R3236
R3235

100

RN1443

R3234

R3233

100

RN1443

Q3202

R3232

R3231

R3230

C3108

1

10/50

R3237

100

Q3207

Q3206

Q3205
RN1443

Q3204

100

Q3203

RN1443

100

100
Q3201

RN1443
RN1443

Q3200

100

RN1443

+

10/50

C3098
10/50

C3099
10/50

79L07

+

Q3217

RN1443

Q3211

Q3210

RN1443

+

C3084

R3117

(1/2W)

R3118

22

(1/2W)

+

C3109

+

C3110

Q3216

SBZ2MUT

RN1443

Q3215

Q3214

RN1443

R3112

Q3213

RN1443

Q3212

AMUT

RN1443

P3102A

8765432

MCT

MSL

MSW

47/25

R3089

22

+

C3100

220/25

+

C3101

220/25

R3090

22

22

220/25

220/25

RN1443

0

MSR

MSBL

MSBR

R3102
22

1

-12V

+12V

R3101

22

Z2R

Z2L

C3401

C3402

10/50

10/50

+

C3403

47/25

R3119

C3404

10
11
12
13
14
15
16
17
18
19
20

47/25

100K

1
2

3
4
5
6
7
8

9

R3120

100K

-

+

AGND1

-

+

AGND2
INSW
AGND3
INSR
AGND4
INSL
AGND5
INC
AGND6
INFR
AGND7
INFL
VEE

NAAF-8678(1/2)

D3940

1SS352

D3941

1SS352

100K

R3121

Q3009
BD3814

LOGIC

TREBLE

BASS

AGND10

VCC

AGND9

CL

DA

MUTE

DGND

AGND8
OUTSW

OUTSR

OUTSL

OUTC
OUTFR
OUTFL

BNF2L
BNF1L
BNF2R
BNF1R

TNFL

TNFR

40
39
38
37
36
35
34
33
32
31
30
29
28
27
26
25
24
23
22
21

U06

D3939

+12V

-12V

R3401

100

R3402

R3403

C3405~
C3408
104J

R3404

C3405
C3406
C3407
C3408

C3409

C3410

472J

D3938

1SS352

Q3505

LM2940CT-5.0

3

O

2

+

C3945
100/10

C3946

+

1

10/50

3

O2I

Q3506

NJM7905FA

1SS352

C3942

10/50

100

100

4.7K

R3405

4.7K

472J

1

I

G

C3944

10/50

C3943

10/50

G

+

+

Q3507

NJM7812FA

3

+

C3941

10/50

+

3

NC

R3113

C3411

22/50
C3412

1

O

I

G

2

1

G

O I

Q3508

NJM7912FA

NC

R3114

22/50

R3407

R3408

22K

22K

R3509

R3510

0.22

(1/2W)

R3409

R3410

470

470

To schematic 5

0.22

(1/2W)

C3939

+

10/50

+

C3940

10/50

R3411

220

Q3401

RN1443

Q3402
RN1443

R3412

220

Q3403

RN1443

Q3404
RN1443

VIDEO4L

GNDV4

VIDEO4R

MIC

+7V

-7V

TUPACKL

GNDTU

TUPACKR

XML

XMAGND

XMR

+5VVIDEO

-5VVIDEO
GNDV
GNDV

+9V
+9V

-9V

VPOWER

-12V

+12VTRG

+22V

GNDRL
GNDRL

-22V

SEC1H

VOLH

PROTECT

GNDDG

HPL
HPE
HPR

SPRLF
AMUT

Z2MUT

SBZ2MUT

SPRLSB

FSWDATA

FSWCLK
FSWSTB

VLSTB

VLDATA
VLCLK

Z2VCLK

Z2VDATA

Z2VMUT
Z2POL
Z2GND
Z2POR
Z2SWPO

17
16
15
14
13
12
11
10

9
8
7
6
5
4
3
2
1

P3103A

17
16
15
14
13
12
11
10

9
8
7
6
5
4
3
2

To NAAR-8661 SCH.3

1

P3104A

17
16
15
14
13
12
11
10

9
8
7
6
5
4
3
2

P3105A

1

Z2VMUT

Z2VCLK

Z2VDATA

Z2MUT

DTR-5.6

9

1

1

9

1

A

SCHEMATIC DIAGRAM 5

POWER AMPLIFIER SECTION

1

2

3

4

5

VOLH
SEC1H
GNDRL

+22V

PROTECT

GNDDG

HPE
HPR
HPL

R6701
22K

P6952A

C6703

10K

R6702

Q6703

2SA1163-BL

UDZS5.1B

+

1/50

D6703

C6704

GND

1
2

S1H+

3
4

S1H-

5
6

S1L+

7
8

S1L-

9
10

223Z

47K

R6704

NAETC-8680

Q6380

LM61CIZ

JL703A

2SC2712

-GR
Q6702

1SS133

220K

R6706

0.22

R6197

U062

10K

R6707

R6708

D6702

(1/2W)

RL6901

102J

C6911

1

G

2

+5VDIS

GNDDG2

123

C6705

223Z

33K

220/16

C6701

R6903

47K

Q6707

D6902

12A-TUL-250V

3

V

O

THERMAL

Q6704

2SA1162-GR

18K

R6705

Q6701

2SC2712-GR

D6701

1SS133

+

R6902

1K

2SC2712-GR

1

4

3 2
3

2

1SS352

4 1

RL6902

F6901

F6902

12A-TUL-250V

C6912

334J/100V

C6915

C6916

BCD

1.1

NAAF-8678

C6913

334J/100V

D6901

D10XB60H

334J

334J

D10XB60H

U06

3

1

4

2

2

1

4

3

D6903

10/50

C6706

+

5.6K

UDZS5.1B

R6709

D6704

57.2

-57.2

R6180

390

(1/2W)

R6181

390

(1/2W)

18K

R6710

-B

L

P6000A

NFL

1

-BSL

2

+BSL

3

L+

4

L-

5

R

P6001A

NFR

1

-BSL

2

+BSL

3

R+

4

R-

5

c

P6002A

NFC

1

-BSL

2

+BSL

3

C+

4

C-

5

+B

1
2
3
4
5

JL6603A

6
7
8
9

1
2
3
4
5
6

JL6600A

7

P6901A

1

+

+

C6902

1

P6902A

SPL­SPR­SPC­SPSL­SPSR­SPSBL­SPSBR­GNDRL
+22V

SPL+
SPR+
SPC+
SPSL+
SPSR+
SPSBL+
SPSBR+

R6010

R6020

R6011

R6021

R6012

R6022

12000/71

C6901

12000/71

R6030

5.6K

3.9K

-0.5

R6040

2K(B)

R6050

R6031

5.6K

3.9K

R6041

2K(B)

R6051

R6032

5.6K

3.9K

R6042

2K(B)

R6052

470

3.3K

470

3.3K

470

3.3K

P6911A

1.1

Q6000

2SC1740S_S

2SC1740S_S

Q6001

2SC1740S_S

2SC1740S_S

Q6002

2SC1740S_S

2SC1740S_S

Q6010

-1.0

Q6011

Q6012

R6120

(1/4W)

2SA1930

R6121

(1/4W)

Q6041

2SA1930

R6122

(1/4W)

Q6042

2SA1930

2.2

R6070

Q6040

2.2

R6071

2.2

R6072

82

82

82

2SC5171

(1/4W)

2SC5171

(1/4W)

2SC5171

(1/4W)

Q6030

0.6

-0.6

Q6031

Q6032

+

C6020

473J

C6030

8.2

R6130

+

C6021

473J

C6031

8.2

R6131

+

C6022

473J

C6032

8.2

R6132

R6080

0.22
(1/4W)

P6080

47/50

100V

(1W)

P6081

47/50

100V

(1W)

P6082

47/50

100V

(1W)

ID+
ID-

R6090

0.22

(1/4W)

D6000

1SS133

R6081

0.22
(1/4W)

ID+
ID-

R6091
(1/4W)

D6001

1SS133

R6082

0.22
(1/4W)

ID+
ID-

R6092
(1/4W)

D6002

1SS133

0.22

0.22

2
1

R61

R62

2
1

R619

R62

2
1

R61

R62

0.6-0.6

DTR-5.6

A

P6901B

P6902B

SL

P6003A

NFSL

1

-BSL

2

+BSL

3
4
5

SR

P6004A

NFSR

1

-BSL

2

+BSL

3
4
5

SBL

P6005A

NFSBL

1

-BSL

2

+BSL

3
4
5

SL+

SL-

SR+

SR-

SBL+

SBL-

Q6050

MN150S

R6140

22K

1

R6100

0.22*2
(5W)

Q6060

MP150S

90

47K

47K

10

Q6051

MN150S

R6141

22K

2

R6101

0.22*2
(5W)

Q6061

MP150S

91

47K

47K

11

Q6052

MN150S

R6142

92

12

22K

R6102

0.22*2
(5W)

Q6062

MP150S

47K

47K

3

12K

R6150

12K

R6151

1SS133

12K

R6152

1SS133

R6160

2SC2229-Y

R6240

220K

D6010

1SS133

Q6071

2SC2229-Y

R6161

33K

Q6071

R6241

220K

D6011

Q6072

2SC2229-Y

R6162

Q6072

R6242

220K

D6012

33K

Q6070

57.2

1

1

-57.2

33K

4

JL6006B

1

NFSBR

-BSBR

2

+BSBR

3

SBR+

4

SBR-

5

U06

NAAF-8678

U064

BCD

R6033

470

R6013

5.6K

3.9K

R6023

R6043

2K(B)

3.3K

R6053

R6034

470

R6014

5.6K

3.9K

R6024

R6044

2K(B)

3.3K

R6054

R6035

470

R6015

5.6K

3.9K

R6025

R6045

2K(B)

3.3K

R6055

R6036

Q6006

470

2SC1740S_S

R6016

5.6K

3.9K

R6026

R6046

1K(B)

3.3K

R6056

NAAF-8682

Q6003

2SC1740S_S

Q6013

2SC1740S_S

Q6004

2SC1740S_S

Q6014

2SC1740S_S

Q6005

2SC1740S_S

Q6015

2SC1740S_S

R6126

2.2

(1/4W)

Q6016

2SC1740S_S

2SA1930

R6123

(1/4W)

Q6043

2SA1930

R6124

(1/4W)

Q6044

2SA1930

R6125

(1/4W)

Q6045

2SA1930

Q6046

2.2

R6073

2.2

R6074

2.2

R6075

150

(1/4W)

150

(1/4W)

220

(1/4W)

220

R6076

Q6033

2SC5171

Q6034

2SC5171

Q6035

2SC5171

Q6036
2SC5171

(1/4W)

+

C6023

C6033

8.2

R6133

+

C6024

C6034

8.2

R6134

+

C6025

C6035

8.2

R6135

2SC5359_O

+

47/50

C6026

47/50

473J

100V

(1W)

47/50

473J

100V

(1W)

47/50

473J

100V

(1W)

R6086

(1/4W)

P6086

ID+
ID-

R6096

0.22

(1/4W)

R6136

8.2
C6036

473J
100V

R6083

P6083

ID+
ID-

D6003

1SS133

R6084

P6084

ID+
ID-

D6004

1SS133

R6085

P6085
ID+

ID-

D6005

1SS133

0.22

Q6056

(1W)

0.22
(1/4W)

R6093

0.22

(1/4W)

R6193

R6213

0.22
(1/4W)

R6094

0.22

(1/4W)

R6194
R6214

0.22
(1/4W)

R6095

0.22

(1/4W)

R6195

R6215

2
1

2
1

2
1

2
1

R6146
22K

R6156

R6106

0.22*2
(5W)

1SS133

Q6066
2SA1987_O

Q6053

MN150S

R6143

22K

R6103

0.22*2
(5W)

Q6063

MP150S

47K

47K

Q6054

MN150S

R6144

22K

R6104

0.22*2
(5W)

Q6064

MP150S

47K

47K

Q6055

MN150S

R6145

22K

R6105

0.22*2
(5W)

Q6065

MP150S

47K

47K

Q6076

2SC2631R

12K

R6246

D6016

R6153

R6154

R6155

R6166

33K

220K

12K

R6243

220K

D6013

1SS133

12K

R6244

220K

D6014

1SS133

Q6075

2SC2229-Y

12K

R6245

220K

D6015

1SS133

R6196

47K

R6163

33K

Q6073

2SC2229-Y

R6164

33K

Q6074

2SC2229-Y

R6165

33K

Q6075

1
2
3
4
5

R6216

47K

D6006

1SS133

JL6200B

1
2
3
4
5

JL6200A

5

SCHEMATIC DIAGRAM 5

POWER AMPLIFIER SECTION

DTR-5.6

P

A

SCHEMATIC DIAGRAM 6

DRIVER SECTION

1

L

R5000

1K

2

C5000

R5040

C5010

47/50
+

221K

2.2K

D5000

MTZJ5.6B

R5090

R5010

10/50

+

C5020

100K

Q5000

2SC1845-E

R5020

330

56K

100K

R5100

0

-51.2

BCD

P5503A

-0.6

R5110

4.7K

R5060

470

R5080

1K

R5050
Q5050

-51.8

Q5010
2SC1845-E

+

2SC1845-E

1.2K

0

C5040

220/25

+

+

C5110

10/100

NAAF-8668

55.3

10/100

1.1

C5100

R5130

22K

-1.0

-55.5

-55.9

U045

R5160

100

(1/4W)

55.8

Q5030
2SA949Y

C5080

040C

R5030

120K

R5230

120K

+

47/50

C5050

Q5040

2SC2229-Y

100

R5170

R5200

C5090

101K

(1/4W)

56.5

-56.5

R5180

22K

10

(1/4W)

R5190

10

NFL

-B1L

+B1L

B+L

B-L

(1/4W)

1

AGND

1

P6011B

2

3

5
4
3
2

P6000A

1

BUS

Val

101112

13

R

L

AGND

C

SL

AGND

SR

AGND

SBL

AGND

123456789

SBR

AGND

R5161

100

+

+

C5111

+

+

(1/4W)

C5101

10/100

10/100

C5102

10/100

R5132

C5112

10/100

R5131

22K

22K

Q5031

2SA949Y

C5081

040C

120K

+

47/50

C5051

Q5041
2SC2229-Y

100

R5171

R5162

100

(1/4W)
Q5032

2SA949Y

C5082

040C

+

47/50

C5052

Q5042

2SC2229-Y

R5172

R5031

120K

R5231

(1/4W)

R5032

120K

R5232
120K

100

R5201

C5091
101K

C5092

101K

(1/4W)

22K

10

R5182

R5202

R5181

(1/4W)

22K

10

R5191

(1/4W)

10

(1/4W)

10

R5192

NFR

-B1R
+B1R
B+R
B-R

NFC

-B1C

+B1C

B+C
B-C

(1/4W)

5
4
3
2
1

P6001A

5
4
3
2

P6002A

1

R

R5111

R5051

100K

100K

4.7K

R5112

R5052

4.7K

1K

1.2K

R5061

470

R5081

1K

470

R5082

Q5011

2SC1845-E

+

Q5051

2SC1845-E

Q5012

2SC1845-E

+

Q5052

2SC1845-E

1.2K

R5062

C5041

220/25

C5042

220/25

100K

R5091

Q5001

56K

R5011

+

C5021

10/50

MTZJ5.6B

2SC1845-E

R5021

330

R5101

R5001

C5011

1K

47/50

C5001

R5041

D5001

+

221K

2.2K

3

C

Q5002

100K

C5012

47/50

+

221K

R5042

2.2K

D5002

MTZJ5.6B

R5092

2SC1845-E

R5022

56K

R5012

10/50

+

C5022

330

R5102

4

R5002

1K

C5002

5

DTR-5.6

A

P5004A

SR

AGND

SBL

AGND

123456789

SBR

AGND

R5003

1K

SL

C5013

+

C5003

221K

R5043

2.2K

D5003

47/50

R5013

+

MTZJ5.6B

101112

13

R

L

AGND

C

SL

AGND

1

BCD

R5093

100K

Q5003

2SC1845-E

R5023

330

56K

10/50

R5103

C5023

100K

R5113

R5053

4.7K

R5083

1K

Q5053

2SC1845-E

R5063

1.2KK

470

P5019

SCREW
TERMINAL

Q5013

2SC1845-E

+

220/25

C5043

SCHEMATIC DIAGRAM 6

DRIVER SECTION

120

(1/4W)

R5163

+

+

C5103

10/100

R5133

C5113

10/100

22K

C5083

+

C5053

47/50

R5173

Q5033

2SA949Y

R5033

120K

040C
R5233

120K

C5093
101K

Q5043

2SC2229-Y

120

(1/4W)

22K

R5203

10

R5183

R5193

(1/4W)

10

(1/4W)

NFSL

-B1SL
+B1SL

B+SL
B-SL

5
4
3
2
1

P6003A

2

120

R5164

22K

Q5034

2SA949Y

040C

C5084

+

C5054

Q5044

2SC2229-Y

120

R5174

(1/4W)

R5034

R5234

120K

47/50

(1/4W)

120K

C5094

101K

R5204

R5184

22K

10

(1/4W)

10

R5194

NFSR

-B1SR

+B1SR

B+SR
B-SR

(1/4W)

5
4
3
2
1

P6004A

SR

R5004

1K

R5044

2.2K

3

C5014

47/50

+

C5004

221K

D5004

MTZJ5.6B

R5094

R5014

10/50

+

C5024

100K

Q5004

2SC1845-E

R5024

330

56K

100K

R5104

R5114

R5054

4.7K

1K

R5064

470

R5084

Q5014

2SC1845-E

+

Q5054
2SC1845-E

1.2K

C5044

220/25

+

C5104

+

C5114

10/100

R5134

10/100

120

R5165

22K

Q5035

2SA949Y

R5235

+

47/50

C5055

Q5045

2SC2229-Y

120

R5175

(1/4W)

R5035

120K

120K

C5095
101K

(1/4W)

R5205

R5185

22K

10

R5195

(1/4W)

10

(1/4W)

NFSBL

-B1SBL
+B1SBL
B+SBL

B-SBL

5
4
3
2
1

P6005A

SBL

100K

R5095

R5015

D5005

MTZJ5.6B

56K

10/50

+

C5025

2SC1845-E

R5025

R5105

C5015

R5005

47/50

1K

+

C5005

221K

R5045

2.2K

4

Q5005

330

100K

R5115

R5055

4.7K

R5085

1K

Q5055
2SC1845-E

R5065

470

Q5015

2SC1845-E

1.2K

+

C5045

220/25

+

C5105

+

10/100

C5085

R5135

C5115

10/100

040C

SBR

120

R5166

R5136

22K

(1/4W)

Q5036
2SA949Y

040C

C5086

R5236

+

47/50

C5056

Q5046

2SC2229-Y

120

R5176

120K

(1/4W)

R5036

120K

C5096

101K

R5206

R5186

22K

10

(1/4W)

10

R5196

NFSBR

-B1SBR

+B1SBR

B+SBR

B-SBR

(1/4W)

1
2
3
4
5

JL6006A

1K

R5116

100K

R5096

Q5006

56K

R5016

10/50

+

C5026

MTZJ5.6B

2SC1845-E

R5026

330

100K

R5106

R5056

C5016

R5006

1K

47/50

+

C5006

221K

5

NAAF-8668

U045

R5046

2.2K

D5006

4.7K

R5086

Q5016

2SC1845-E

Q5056

2SC1845-E

1.2K

R5066

470

+

C5046

220/25

+

C5106

+

C5116

10/100

10/100

DTR-5.6

A

SCHEMATIC DIAGRAM 7

POWER SUPPLY SECTION

NAPS-8664

1

2

3

4

U04

AC INPUT

FROM INLET

P906A

P907A

T901

NPT-1526D <D>
NPT-1526P <A>

3

2

TO NAPS-8664

1

CAUTION

FOR CONTINUED PROTECTION
AGAINST FIRE HAZARD, REPLACE
ONLY WITH FUSE OF SAME TYPE

AV

AND RATING INDICATED.

ATTENTIION

AFIN D'ASSURER UNE PROTECTION
PERMANENTE CONTRE LES RISQUES
D'INCENDIE, REMPLACER UNIQUEMENT

AV

PAR UN FUSIBLE DE MEME TYPE
ET CALIBRATION COMME INDIQUE.

1

1

AC-H

AC-G

T902

NPT-1519JQ <D>

NPT-1519GQ <A>

S1+
S1H+

GND
S1H-

S1­S2+

GND

S2­S3+

GND

S3­S4+

S4-

J901

T902

234

1

678

9

5

C902

223J

TO NAAF-8678 JL6952B

1SS133

1SS133

TO NAPS-8665 P951TO NAPS-8665 P952

D905

D906

D908

D909

1SS133

D903

1SS133

D904

1SS133

1SS133

1SS133

1SS133

BCD

F903

100K

1
3

P912

1K

APOWER

+12VTRG

+10S

POFF1

RLGND

DGND

1
2
3
4

JL911A

5
6

D901
D902

P910

103M/275

C912

4

RL902

3 2

J905

+

2200/35

C903

+

100/50

C904

3

1

1

D912

1SS133

D907

1SS133

100K

R909

2.5A-SE-EAK <A>
5A-UL/T-233 <D>

4

2

+

C906

3.3/50

D910

DZ5.6BSB

J907

F901

6.3A-SE-EAK<A>
10A-UL/T-233<D>

Q912

2SC1740

R913

R914

D913

1SS133

C991

222J

D991

1SS133

D992

1SS133

P991

THIS SYMBOL LOCATED NEAR THE FUSE INDICATES
THAT THE FUSE USED IS SLOW OPERATING TYPE
FOR CONTINUED PROTECTION AGAINST FIRE FUSE
HAZARD,REPLACE WITH SAME TYPE FUSE. FOR FUSE
RATING REFER TO THE MAKING ADJACENT TO THE SYMBOL.

CE SYMBOLE INDIQUE QUE LE FUSIBLE UTLISE EST
A LENT, E POUR UNE PROTECTION PERMANENTE,N'UTILISER
QUE DES FUSIBLES DE MEME TYPE. CE DARNIER EST
INDIQUE LA QU LE PRESENT SYMBOL EST APPOSE.

NOTE

REPLACE ONLY WITH PART NUMBER SPECIFIED.

ELECTROLYTIC CAPACITORS ARE IN

ALL CAPACITORS ARE IN pF/50WV UNLESS OTHERWISE NOTED.

EX) 030 3pF 330 33pF 331 330pF 333 0.033uF

ALL RESISTORS ARE IN OHMS 1/4WATTS UNLESS OTHERWISE NOTED.
THE THICK LINES ON PC BOARD ARE THE PRINTING SIDE OF THE PARTS

EX PRINTING SIDE

CIRCUIT IS SUBJECT TO CHANGE FOR IMPROVEMENT.

5

NAETC-8671

U048

P908

INLET

ARE CRITICAL FOR SAFETY.THE COMPONENTS IDENTIFIED BY MARK

+

uF/WV.

2
1

1

AC-HAC-G

P906B

1

TO NAPS-8664

P907B

NAPS-8673

U049

TO TRANS 2nd OUT

8

9

10

14

13

11

12

FLAC1

FLAC2

SEC3-2

GND
SEC3-1
SEC2-2

SEC2-1

JL9501A

TO NAPS-8665

DTR-5.6

A

SCHEMATIC DIAGRAM 7

POWER SUPPLY SECTION

NAETC-8666

1

+22VR
CSRLD

1

2

3

2

CSP

3

CSPE

4

TO NAETC-8667

JL6602B

LSP

1

RSP

2

CSP

3

SLSP

4

SRSP

5

SBLSP

6

SRBSP

7

TO NAAF-8678

JL6600B

JL6603B

LSPE

1

RSPE

2

CSPE

3

SLSPE

4

SRSPE

5

SBLSPE

6

SBRSPE

7

RLGND

8

+22V

9

R6690

0.22

(1/2W)

<A>

L6600

S1.3C

R6600

22

R6610

22

<D>

J6600

<A>

L6601

S1.3C

R6601

22

R6611

22

<D>

J6604

<A>

L6603 S1.3C

R6603

22

R6613

22

<D>

J6619

<A>

L6604 S1.3C

R6604

22

R6614

22

<D>

J6620

<A>

L6605

S1.3C

R6605

22
22

R6615

<D>

J6626

<A>

L6606 S1.3C

R6606

22

R6616

22

<D>

J6625

BCD

*

*

*

5

*

*

10
*

8
9

5

*

1
2

3
4

6
7

P6605

4
2

3
1

5
4
2

3
1

P6607

U043

P6600

L

SL

SB SPEAKER

SBL

Z2 SPEAKER

Z2L

R

SR

SBR

Z2R

5

2

6

RL6600

D6600

C6600

103Z

C6603

RL6603

6

2

5

C6605

6

2

5 4

RL6605

D6607

C6607

6

2
5

RL6607

D6605

103Z

D6603

103Z

1
3

103Z

1

4

*: Australian model only

103J

*

C6644

C6656

*

C6645

*

C6647

C6640

C6641

*

*

103J

103J

103J

103J

103J

C6650

102J
C6651

102J

103J

C6653

102J

102J
C6654

*

C6643

*

C6655

102J

*

C6646

102J

C6658

C6657

102J

C6648

103J

102J

*

4
3

1

1
3
4

3

4

RLGND

Z2RLD

SBRLD

CSRLD

FRLD

12345

JL2006B

TO NAVD-8657

NAETC-8667

5

4
3

2

6

1

JL6602A

RL6602

1
2

C6602

103Z

5

3
4

TO NAETC-8666

L6602

R6602
R6612

<A>

<D>

J6851

S1.3C

22
22

1

C

P6602

U044

5

C6642 *

103J

3

C6652

102J

*

DTR-5.6

A

SCHEMATIC DIAGRAM 8

POWER SUPPLY SECTION

1

NAPS-8665

2

3

SEC2-1

7

SEC2-2

6

SEC3-1

5
4

SEC3-2

3

JL9501B

2

FLAC1B

1

GNDA

FLAC2B

4

F951

S2+

6.3A-SE-EAK

F952

6.3A-SE-EAK

R951

(1/2W)

R952

2.2

(1/2W)

D10XB60H

C972

J951

1.6A-SE-EAK

R961

4.7 (1/2W)
F932

1.6A-SE-EAK

2.2

D953

4

334J

D959

RN1N4003

F931

C962

C963

R962

BCD

U042

D951

POFF2

1SS133
D952
1SS133

2

3

D959

334J

334J

2.2

(1/2W)

+

C953

1

+

1000

C971

RN1N4003

102J

C964

GNDS

D957

220/50

+

C967

D956

3.3/50

10000/16

+9V

+

C954

+

/16

-9VVD

C955

3300/16

D963

RN1N4003

D965

RN1N4003

D968

1SS355

R963

RN1N4003

C968

RN1N4003

R967

D960

RN1N4003

C958

10/50

+22V

D964

RN1N4003

D966

-22V

D969

22

(1/2W)

+

220/63

MTZJ33D

R953

0.22

(1W)

R956

+

(1/4W)

3300/35

+

C965

+

1SS355

15K

D958

R954

Q951

1

+

C956

102J

C929

R966

0.22

(1/2W)

2

33

R969

0.22

(1/2W)

C960

C966

1000/35

Q954

E5502

2SA965-Y

R964

+

C969

(1W)

0.22
(1/2W)

2.2

LM2940CP-5.0

3

I

O

G

2

+

100/16

10/50

1SS355

1SS355

D970

D971

Q959

2SA1930

<D>

Q952

3

I

O

G

1

C959

S812C53

12V POWER

TA7812S

1

I

O

G

2

+

10/50

Q953

R970

2.2

(1W)

GNDA

R971

2.2

(1/2W)

-VP
33K

R965

47/50

223Z

C970

C957

+

100/16

3

C961

XM POWER

+

10/50

D961

RN1N4003

D962

RN1N4003

GNDD

GND12

GNDRL

GNDFL

+5VDSP

FLAC2

FLAC1

C973

-VP

470/16

+9VVD
+9VVD

GNDV
GNDV

-9V_VD
+5VDSP
+5VDSP

GNDD

GNDD

+5.3VXM

GNDD

+VMPU

POFF

APOWER

+

APOWER

+12V

10S

POFF

15
14
13
12
11
10

9
8
7
6
5
4
3
2
1

1
2
3
4
5
6

5
4
3
2
1

TO_MOTHER

P954B

JL911B

TO_PS1

JL957B

5

DTR-5.6

A

SCHEMATIC DIAGRAM 8

POWER SUPPLY SECTION

1

NAPS-8665

U042

RS-232C

L5501

022M

15
14
13
12
11
10

9

2

8

TO_MOTHER

7
6
5
4

P954B
3
2
1

WER

WER

1
2
3
4

F

5

JL911B

TO_PS1

6

3

4

5
4
3
2
1

JL957B

232TXD
232RXD

D5501

1SS355

+12VTRG

GNDD

R5503

R5502

330

R5511

3.9
D5502

1SS355

R5514

DTC114ES

Q5505

330

Q5502

2SB1240

1K

100/16

C5501

R5512

D5503

1SS355

DTC114ES

BCD

Q5501

223Z

C5502

3.9
D5504

1SS355

R5515

Q5506

C5511

R5505

10k

R5504

10k

Q5503

2SB1240

1K

1SS355

100/16

16
15
14
13
12

11
10

GNDD

D5505

DTA114ES

100

R5521

10K

R5522

ICL3221ECZV

FORCEOFF
VCC
GND
T1OUT
FORCEON
T1IN
INVALID

9

R1OUT

R5513

3.9
D5506

1SS355

R5520

100K

Q5508

022M
L5502

C1+

C2-

R1IN

Q5504

2SB1240

R5516

Q5507

DTC114ES

4

Q5509

PC817X

100/16

R5524

1K

EN

V+
C1-

C2+

V-

1K

1

C5512

1
2
3
4
5
6
7
8

223Z

C5503

C5504

1/50

D5507

R5517

4

Q5510

PC817X

C5513

1/50

IRLED

R5518

220K

2
3
1

R5506

C5505

1/50

C5506

1/50

R5519

220K

U5501

P5505

10k

220K

223Z

C5507

R5509

100

D5508

IRLED

J5502

C5508

102J

C5509

102J

GNDS

R5507

330

R5508

330

22
24

21

10

22
24
21

10

R5510

100

J5508

J5506

R5525

100

R5526

100

10
1

2
3
4
5

11

2
1

2
1

6
7
8
9

P5506

P5507

22
24
21

2

10

1

C5516

103Z

C5515

4

P5501

P5505

103Z

3

2

RS-232C

IRIN A

12VTRGC

/Z2

12VTRGA

12VTRGB

IRIN B

IROUT

1

P5503

IRRV

C5514

GNDS

102K

5

FANL

FANH

17

18

-22VA

GNDA
15

16

GNDA
14

TO_MOTHER

+22VA

232TXD
12

13

Z2L

Z2SW

232RXD

Z2R

AGND

P959B

IRIN

12VTRGA

12VTRG

12VTRGC

+56S

12VTRGB

1234567891011

E5501

3

DTR-5.6

9

2

NADIS-8683

U07

1

2

3

A

Q7501

F1258F11

1G542G533G524G515G506G497G488G479G4610G4511G4412G4313G4214G4115G4016G39P138P237P336P435P534P633P732P831P930P1029P1128P1227P1326P1425P1524P1623P1722P1821P1920P2019P2118P2217P2316P2415P2514P2613P2712P2811P2910P309P318P327P336P345P352F221F21

59

55

100K

R7501

Q7503

2SC2712

C7514

C7515
C7516

C7517

C7518

104Z

49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64

101J
101J
101J

SEG0
VCC2
DIG15/SEG39
DIG14/SEG38
DIG13/SEG37
DIG12/SEG36
DIG11
DIG10
DIG9
DIG8
DIG7
DIG6
DIG5

101J

48

SEG3

DIG03

1

BCD

HNA-16SM10T

32:SEG19

31:SEG20

17:SEG33

104Z

C

101J

VSS

XIN

131415

7520

SEG21
SEG22
SEG23
SEG24
SEG25
SEG26

SEG27
SEG28
SEG29
SEG30
SEG31
SEG32

SEG35

R7519

27K

C7521

100/6.3

33

SEG1834SEG1735SEG1636SEG1537SEG1438SEG1339SEG1240SEG1141SEG10

VP

SEG34

16

32
31
30
29
28
27
26
25
24
23
22
21
20
19
18
17

C7522
474J

R7520
R7521
R7522

R7523

3.3K

3.3K
220
220

42

SEG943SEG844SEG745SEG646SEG547SEG4

49:SEG2
50:SEG1

Q7502
M66005

64:DIG4

DIG005_RESET6_CS7SCK8SDATA9P110P011VCC112XOUT

DIG01

DIG02

2

3

4

C7519

FLDRST
FLDCS
FLDCLK
FLDSDO
MICMUT

104Z

C7523

223Z

C7508

C7509

C7506
C7507 104Z

R7517
R7518

UDZS8.2B

104Z

C7510

SCHEMATIC
DIAGRAM 9

DISPLAY
SECTION

104Z

C7511

33/50

220

220

C7512

C7513

473Z

LEDSBY

R7530

2.2K

D7502
STBY

473Z

U7501

D7501

104Z

L7502
022M

L7503

1
3
2

C7554

R7527

022M

2.2/50

100

R7528

1K

104Z

C7501

C7502

100/6.3

473Z

C7504

+

Q7509

RN2402

R752

100

L7
0

C7505

4

5

U075

104Z

1K

1K

C7591 104Z

C7592

R7545

R7546

123

JL7503A

1

2

3

JL7503B

VBJ#

VAJ#

DISGND#

S7591

1

4

NAETC-8687

R7592
R7591

3

2

D7503

10K

10K

5

VAJ
VBJ

STANDBY

R7581

TUN

S7501S7508

330

TUNER

S7515

MODE

S7521

SETUP

R7551

330

R7557

R7563

330

R7568
330

470

ZONE2

S7502

S7509

TAPE

S7516

MEMORY

S7522

RETURN

R7552

470

ZONE2

OFF

R7558

560

R7564

470

DIMMER

R7569

470

PRESET

FR

S7503

S7517

S7523

R7553
560

R7583

ZONE

R7559

0

CD

S7511

R7565

560

LIS

R7570

560

2V -

S7504

0

S7518

MODE>

S7524

DOWN

PRESET

R7554

820

R7571

820

ZONE

R7560

820

VIDEO4

S7512

R7566

820

LIS

PRESET

2V+

S7505

S7519

MODE<

S7525

UP

R7542

R7561

1.2K

VIDEO3

R7567

1.2K

R7572

1.2K

180

R7555

1.2K

S7513

PRESET

ZONE2

Q7506

RN1402

S7520

STEREO

S7526

FF

R7562

2.2K

R7576

2.2K

R7573

2.2K

LEDZONE2

R7556

2.2K

S7507

MULTI

S7514

VIDEO2

S7530

TONE+

S7527

ENTER

R7579

3.9K

R7577

3.9K

R7574

3.9K

R7580

3.9K

DVD

S7534

S7533

VIDEO1

S7531

TONE-

DISPALY

R7578

S7528

12K

TONE

S7532

DTR-5.6

1

2

L7501
022M

7529
100

U07

NADIS-8683

104Z

C7505

+5VM

REMIN

A

BCD

1

FAC2

2

FAC1

3

-VP

GNDFL

GNDD

GNDD
5VDIS
5VDIS

GNDV
GNDV

YSV4

GNDV

CSV4
GNDV
+5VM

MICDET

KINT3

KINT2
KINT1
KINT0
KEY3

KEY2

KEY1

KEY0

VAJ
VBJ

FLDRST

FLDCS
REMIN

FLDCLK

FLDSDO

LEDZONE2

LEDSBY

OPTF
GNDA

MICOUT

GNDA

V4L

GNDA

V4R

+7V

-7V

JL957A

4

40
39
38
37
36
35
34
33
32
31
30
29
28
27
26
25
24
23
22
21
20
19
18
17
16
15
14
13
12

CN40

11
10

9
8
7

1mmFFC

6
5
4
3
2
1

P7534B

3
2
1

330

47/16

2
3

47/16

C7613

D7601

R7606

220K

R7607

JL7501A

V4C
V4Y
GNDV
V4V
V4LI

GNDA

V4RI

MICA

MICD

4.7K

R7703

C7610

UDZS5.1B

1K

R7605

101J

10/16

C7603

C7609

47/16

100K

330

R7600

Q7602

1
2
3
4
5
6
7
8
9

RN1441

3

402

09

Q7510

2SC2712

Q7515:A

Q7515:B

NE5532

NE5532

7

6

1

4

3

4

5

2

8

10

R7623

MMUTE

MICOUT

-7V

MICDET

+7V

10

R7621

R7622

100

56K

R7625

R7624

56K

R7618

GNDA

Q7607

RN1441

Q7605

RN1441

R7613

R7611

220

220

10/16

C7607

C7605
R7609

1

C7612

330J
33K

8

4

Q7601:B
NE5532

L7622
L7623

R7721
R7722

L7621

C7622

102J

022M

022M

NAETC-8685

0
0

022M

C7621

102J

C7623

104Z
C7624

102K

5
4
2
3
7
8
1

3_5HPSTSW2

Val

P7602

5

U073

HPDET

5

GNDD

4

HPL

3

HPE

2

JL7542B

HPR

1

E7621

1
2
3

JL7540A

JL7540B

4
5
6
7
8
9

7

Q7601:A

NE5532

3
2
1

JL7501B

V4C
V4Y
GNDV
V4V

V4LI

GNDA
V4RI
MICA

MICD

6
5

U072

102K

C7633

NAETC-8684

L7641

022M

C7641
100/16

75

R7635

R7633

R7641

R7634

75

220

C7642

75

104Z

12
11

1
2
3

TORX177L

10

8

7

9

6
5

R7632

C7632

471J

C7631

471J

L7604

022M

102K

C7634

R7631

330

E7501

330

5

L7603

4

022M

2
3
7
8
1

C7600

GND TERMINAL

4
3
2
1

102K

SCHEMATIC
DIAGRAM 9

DISPLAY
SECTION

U7641

P7601

OUT
G

VCC

P7631

DTR-5.6

T

2
Z

2

Z

/

2
6

0

5

A

BCD

SCHEMATIC DIAGRAM 10

XM RADIO SECTION (North American models)

NARF-8688

1

2

U08

XMSDI_L
XMSDO_L

XM_COM_SEL
XM_ERR_IRQ

XM_RESET

100K

R7101

R7103

100K

C7101

104Z

R7102

100K

C7102

102K

10
11
12

100K

R7104

1

LSDP

2

VSS

3

SC_TX_OUT

4

VDD

5

SC_RX_IN

6

VSS

7

CMD_SEL

8

VDD

9

ERR_IRQ
VSS
RST

104Z

C7118

45

46

47

48

VDD

SAII_EN

SAII_DA

COMM_RX_DIG

COMM_TX_DIG

COMM_TX_EN

13

14

15

16

100K

R7105

R7111

43

44

VSS

SAII_CLK

I2S_OCLK

Q7101

XMDTIC

F2602-01

12 SLAVE_SEL

VSS17VDD18COMM_RX_P

C7103

1K

C7104

L7103

BK1608LM182

104Z

C7116

39

40

41

42

VSS

VDD

I2S_CLK

I2S_LRCLK

COMM_RX_M

VDD21VSS22COMM_TX_M

19

20

104Z

104Z

100

R7113

I2S_OCLK
I2S_SCLK
I2S_SDO
I2S_LRCLK

37

38

VSS

I2S_DA

HSDP_EN

VSS

HSDP_CLK

VDD

HSDP_DA

VSS

TEST

VSS

OSC_IN

VDD

OSC_OUT

VSS

COMM_TX_P

VSS

23

24

C7105

104Z

36
35
34
33
32
31
30
29
28
27
26
25

C7114

C7111

C7115
104Z

C7113

C7112

104Z

040C

100/16

080D

R7116

1M

R7115

680

L7105

022K

DAC_RESET

X7101

45.1584MHz

R7117

R7118
R7119
R7120
R7121

+3.3VVDD

102K

C7119

100

330
330
330
0

R71260

0

R7127

1

MCLK

2

BICK

3

SDTI

4

LRCK

5

PDN

6

SMUTE/CSN

7

ACKS/CCLK

8

DIF0/CDTI9P/S

0

R7128

DZFL

DZFR

Q7102

VCOM

AK4384ET

AOUTL

AOUTR

TA48033AF

3

C7007

470/6.3

VDD

VSS

Q7004

O

2

C71

470/

16
15

C71

14
13

104

C7121

12
11
10

G

I

1

C7006

1

104Z

C71

104

O

Q71
78L0

10

2

G

R7114

100

100/16

57

58

P102

P101

Q7001

1K

1K

R7008

R7009

MSDI

MSDO

55

56

P103

220

220

R7011

R7010

C7106

104Z

54

P105

P104

220

R7012

52

53

P107

P106

220

R7013

DAC_RESET

49

P0250P0151P00

1K

R7014

P03
P15
P16
P17
P20
P21
P22
P23
P24
P25
P26
P27
P60
P61
P62
P63

XM_PWR_C

022K

L7001

R7024

1K

R7023
R7022

1K

R7021

XM_PWR_CTRL

XM_ERR_IRQ

1K

1K

XM_RESET

XM_COM_SEL

R7018

220

XMSDI_L

XMSDO_L

R7017

220

48
47
46
45
44
43
42
41
40
39
38
37
36
35
34
33

MSDO
MSREQ

MSDI
MCLK
MHREQ

RESET

R7004

10K

1K

3

1

1K

R7001

2
3
4
5
6
7
8

9
10
11
12
13
14
15
16

10K

R7002

C7001

104Z

R7003

1K

4

RESET

CNVSS

X7001

20MHz

R7033

10K

5

R7112

104Z

C7003

C7002

60

62

63

59

61

P9364P92

P100

AVSS

VREF

P91
P90
CNVSS
P87
P86
RESET
XOUT
VSS
XIN
VCC
P85
P84
P83
P82
P81
P80

AVCC

M30281FAHP

P7718P7619P7520P7421P7322P7223P7124P7025P6726P6627P6528P6429P3330P3231P3132P30

17

1K

1K

1K

R7005

R7006

R7007

MSREQ

MCLK

MHREQ

CNVSS

RESET

VCC

FW_RXD

FW_SCLK

GND

FW_TXD

FW_BUSY

P7001A

123456789

DTR-5.6

102K

A

BCD

SCHEMATIC DIAGRAM 10

XM RADIO SECTION (North American models)

C7128

R7132

2.2K

R7133

2.2K

821J

C7126

821J

C7127

821J

C7129

821J

R7130

1

100

7

8
9
0
1

2

330
330
330
0

0

0

R7127

R7126

1

MCLK

2

BICK

3

SDTI

4

LRCK

5

PDN

6

SMUTE/CSN

7

ACKS/CCLK

8

DIF0/CDTI9P/S

0

R7128

DZFL

DZFR

VDD

VSS

Q7102

VCOM

AK4384ET

AOUTL

AOUTR

16
15
14
13

C7121

12
11
10

1

O3I

Q7105
78L05

C7123
470/6.3

C7122

104Z

10/50

C7120

104Z

2

G

C7125

10/50

C7137

C7124

10/50

104Z

L7104

022K

2.2K

R7142

100K

100K

R7143

R7131

2.2K

U08

NARF-8688

Q7004

TA48033AF

1

3

O

I

G

2

104Z

C7007

470/6.3

C7006

3

Q7103

2

R7134

3.3K

R7135

R7137

6

Q7103

5

8

R7136

4

NE5532APSR

1

2.2K

3.3K

2.2K
7

NE5532APSR

C7130

10/50

C7131

10/50

R_OUT

C7132

C7133

22

R7139

22

R7138

L_OUT

100/16

100/16

L7102

BLM21PG221SN1

R7141

22

3

C7134

XM_PWR_CTRL

022K

L7001

TRL

_IRQ
ET

SEL

MSDO
MSREQ

4

I_L

O_L

MSDI
MCLK
MHREQ

RESET

R7004

10K

104Z

Q7003

TC74HCT7007AF

1
2
3
4
5
6
7

GND8OUT4

11

Y8

12

Y7

13

Y6

14

Y5

15

Y4

16

Y3

17

Y2

18

Y1

19

_G2

20

VCC1_G1

104Z

C7004

VCC

OUT6

IN5

OUT5

GND

Q7002

C7135

104Z

1

GND

2

IN

3

IN

4

EN

Q7104

TPS2011AD

C7005

104Z

14
13

IN6

12

D7001

11
10
9

IN4

10
9

A8

8

A7

7

A6

6

A5

5

A4

4

A3

3

A2

2

A1

TC74VHC541FT

OUT
OUT
OUT
OUT

UDZS5.1B

R7032

XMSDO
XMCLK

XMREQ1
XMRST

8
7
6
5

R7025

220

10K

R7140

22

L_OUT
AGND
R_OUT
+12V

-12V
GND

+5V
XMSDO

XMSDI
XMCLK
XMREQ1
XMREQ2
XMRST

C7136

100/16

L7101

BLM21PG221SN1

4
3
2
1

GND

D+

P7102

D­+V

13
12
11
10

9
8
7
6
5
4
3
2
1

P710B

5

DTR-5.6

SCHEMATIC
DIAGRAM 1

VIDEO
SECTION

1

2

3

4

5

A

NAVD-8657

CR

(PR)

CB

(PB)

Y

P2201 COMPONENT 3

C2202
102K

CR

(PR)

CB

(PB)

Y

P2201 COMPONENT 2

CR

(PR)

CB

(PB)

Y

P2201 COMPONENT 1

CR

(PR)

CB

(PB)

Y

C2201
102K

P2202 COMPONENT OUT

P2001

DEO

C

Y

V

VIDEO3

C

Y

OUT

IN

VIDEO2

OUT

VIDEO1

IN

P2003

DVD

MONITOR

V

P2002

CY

V

C

Y

V

C

Y

V

C

Y

V

CY

V

P2007

75

R2019

C2016

470J

C2010

470J

75

R2007

R2004 75

10K

R2001

C2001
102K

75

R2020

C2017

757575

R2013

R2014

C2003
102K

C2011

75

R2008

C2002
102K

75

R2005

10K

R2002

C2021
C2020

75

C2019

R2021

470J

R2015

470J

75

R2009

75

R2006

10K

R2003

R2018

R2016

C2018

470J

C2009
C2008
C2007

C2006
C2005
C2004

R2017

C2015
C2014

C2013

R2012
R2011
R2010

C2012
470J

R2207

R2209

R2208

104Z

10/50

10/50

C-MON
Y-MON

BCDEFGH

P2005

GND

+12VA

L2002
022K

Q2005
2SC1712-GR

C2053
100/16

1K

R2046

47K

3.3K

R2045

R2047

Q2007
RN1443

104Z

C2068

R2065

L2104
022K

C2132
823J

C2133

103J

680

R2116

104Z

1K

R2114

R2115

C2134

39

38

35

40

36
N

NC

AGND

AGND

ELPF 37

PVDD

PWRD

AIN1
AIN8
AIN2
AIN9
AIN3
AGND
CAPY1
CAPY2
AVDD
REFOUT
CML
AGND
CAPC1
CAPC2
AGND
AIN10
AIN4
AIN11
AIN5

NC

NC

AIN662

ALSB66

RESET

63

65

AIN12

61

64

C2125

104Z

100

R2109

Video Decoder

SYNC

SDET

PLLSDA

VSYNC

U02

Q2006
RN1443

10K

R-S5

10K

DVDD

104Z

C2130

4.7K

C2129

34

33P132
P0

NC

ADV7183B

NC

SCLK68

SDA67

697071

100

103K

C2124

R2112

R2111 100

PLLSCL

R-S6

080D

31

DGN D

Q2101

C2126

104Z

VCSRST

30

DVDD

DGNDNC

C2131
103K

29

XTAL

DVDD
72

VMUT

C2128

080D
X2101
27MHZ

28

XTAL1

P15
73

SPRLZ2

SPRLSB

LLC1 27

P1474

SPRLCS

LLC2 26

P1375

SPRLF

25

24P323P422P521
P2

NC

NC

P1276

77

L-S4

L-S3

L-S5
L-S6

DVDDIO

DGND

DVDD
DGND

DVDDIO

DGND

NC

OE

78

79

SFL

P10
P11

L-S2

L-S7

P6
P7
NC
NC
NC

NC

NC

P8
P9

HS
VS
FIELD
80

L-S1

R2071
R2072
R2073
R2074

R2075
R2076

R2077
R2078

L-S8

20
19
18
17
16
15
14
13
12
11
10

JL2006

RLGND

FRLD

CSRLD

SBRLD

Z2RLD

Q2051
RN1401

C2072

104Z

22

R2070

1

2

100K

3

100K

4

100K

5

100K

6

7

100K

8

100K

9

10

100K

11

100K

12

13

14

15 16

Switch Controller

C2186

104Z
C2185

104Z

9
8
7
6

C2123

5
4
3

104Z

2
1

DVDDIO

L2102

220K

Q2052
RN1401

C2071

104Z

Q2111 NJU7313AM

STB

DATA

GND

CLK

R2129

33

Q2053
RN1401

30

29

28

27

26

25

24

23

22

21

20

19

18

17

SPEAKER

RELAY DRIVER

Q2054
RN1401

R-S1

R-S2

R2083

100K

R2082

100K

R-S3

R2086

100K

R-S4

R2085

100K

R2081

R-S5

100K

R2080

R-S6

100K

R

-S7
R2079

100K

R

-S8

R2084

100K

Video AMP with HPF

Q2109
2SK3019

2

R2113

Q2108
2SK3019

R2145

R2121
R2122
R2123
R2124
R2125
R2126
R2127
R2128

L2105
022K

2.2K

R2110

2.2K

VCSRST

4.7K

PLLSCL

PLLSDA

Q2105
RN1401

33

33
33
33

33
33
33
33

C2188

104Z

R2143

100

11
12

GN

R2133

100

R2132

100

C2164

10/16

VAA1
P02
P13
P24
P35
P46
P57
P68
P79
CSO
VAA

D

Video Encoder

C2189

C2163

33

104Z

104Z

R2144

464748

45
VSO

GND

VAA

CLOCK

ADV7172

IELD

O10

_HS

F

C/
VSYN

HSYNC

BLANK

GND

16

14

15

13

K

4.7

R2131

44

RESET

PAL_NTSC 43

Q2104

ALSB17

GND
18

R2130

42

CLAMP

VAA
19

4.7K

41
TTX

SCLOCK20

R2134

C2141

R2141

40

TXREQ

DATA
S

21

1.2K

104Z

1.2K

R2142

39

RSET1 38

ESET/RTC
SCR

DACC 29

DA

RSET222

COM P 223

1.2K

R2135

1.2K

37

COMP1

DACA35

VAA

DACB

VAA
GND
VAA

CD 28

VAA

GND

DA

DACF24

104Z

C2142

C2161

VREF

36
34

33
32
31
30

27
26
25

CE

104Z

C2162

104Z

R2186

R2185

R2184

R2183

R2182

R2181

R2187

VIDEO+5V

VIDEO-5V

C2176

105K

82

R2192

C2175

105K

82

R2191

C2174

105K

82

68

C2173

105K

82

R2189

C2172

105K

82

R2188

C2171

82

105K

68

68

68

68

68

VMUT

R2190

R2171

100

R2169

100

R2167

R2165

100

R2163

R2161

100

C2184

100/16

104Z

C2183

Q2107

100K

100K

100K

100K

LA7106M

8

NFB3

7

VIN3+

6

-VCCI

5

NFB2

4

VIN2+

3

MODE1

2

NFB1

1

VIN1+

C2179

8

NFB3

7

VIN3+

6

-VCCI

5

NFB2

4

VIN2+

3

MODE1

2

NFB1

1

VIN1+

Q2106
LA7106M

-VCC2

MODE2

VOUT3
DRCTL
VOUT2

GND

VOUT1

+VCC

C2180
100/16

104Z

-VCC2

MODE2

VOUT3
DRCTL
VOUT2

GND

VOUT1

+VCC

9

10

11

12

13

C2182

14

104Z

15

16

C2181

100/16

9

10

11

12

13

C2178

104Z

14

15

16

C2177
100/16

R2178

82

R2177

82

R2176

R2180

390

R2174

100

R2179

390

R2173

100

CR

82

CB

R2175

18

Y

R2172
100K

R2170

R2168

100

R2166

100K

R2164

100

R2162

75
75
75

10/50

10/50

75
75
75

104Z
10/50
10/50

10/50

V-MON

104Z

104Z

10/50

0
0
0

V3
V3

V3

V2COUT
V2YOUT

V1COUT
V1YOUT

C

Y

V2OUT

V2C

V1OUT

V2Y

V2

V1C
V1Y

DVDC
DVDY

DVD

P2004

V4Y

V4C

V4V

GNDV

FSWSTB

47K

R2056

R2055

R2053

6.8K
C2056

682J

820K

R2050

C2050

470J

Q2010
RN2402

R2062

IO

G

104Z

C2107

C2112

10/16

104Z

6

C2119

VIDEO+5V

2.7K

L2001
056J

1K
C2057

1/50

220

33K

104Z

C2116

C2122

C2118

10/16

C2063

0.47/50

R2064

C2136

C2105
104Z

104Z

C2111

104Z

104Z

VIDEO-5V

334J

C2061

C2058

223J

C2055
122K

C2052
104Z

C2051

470/10

R2063

2.2K

C2106
104Z

C2121

102K

C2108
104Z
C2109
104Z

-12 VA

68

C2067

104Z

470/10

102

L2103
220K

J

C2060
270J

C2059
220J

6.8K

R2048

R2049

D2002

1SS352

D2003
1SS352

Q2009
2SA1162-GR

103K

C2135

AIN7

41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60

OSDSDO

OSDCLK

FSWSDO

OSDCS

VCOOUT

AMPOUT

PDOUT

SYNCIN

R2060

R2061

C2110
C2103
C2104
10/16

Vd

CDET

N

VCOIN

AMPIN

Vss

SEPC

CVCR

CVIN

Vdd2

CVOUT

12K

2.7K

d1

FC

C2065

100/16

C2115

30

29

28

27

26

25

24

23

22

21

20

19

18

17

103K

104Z

10/16

FSWCLKVCL

L2007
022K

R2057

D2001
1SS352

R2054
120

R2052

1.5K

R2051

C2054

0.33/50

C2066

104Z

Q2103
BA18BC0FB

C2137

R2102

1K

R2104

1K

R2106

1K

C2113
104Z

C2114

C21 17
10/1

C2120

104Z

R2108

1K

R2201

.7M

4

4.7M

R2203

R2202

104Z

C2030

C2026 104Z

V1

104Z

C2022

75

330

R2087

R2088

Y
CB
CR

RL2201

4.7M

D2201
1SS352

100/16

C2031

+

-

RL2202

+

-

RL2203

+

-

Q2201
2SC2712-GR

R2204

1K

16151413121110
V+

SW1

Vout2

Q2003 NJM2595M

Vout1

SW5

Vin5

1234567

Selector & 6dB AMP

16151413121110
V+

100/16

C2027

100/16

C2023

SW1

Vout2

Q2002 NJM2595M

Vout1

SW5

Vin5

1234567

16151413121110
V+

SW1

Vout2

Q2001 NJM2595M

Vout1

SW5

Vin5

1234567

D2202
1SS352

Q2202
2SC2712-GR

Vin1

GND

Vout3

SW3

Vin4

SW4

Vin1

GND

Vout3

SW3

Vin4

SW4

Vin1

GND

Vout3

SW3

Vin4

SW4

R2089

8.2

R- S 3

R2090

2.2

R-S7

R2092

470

R2093

82

R-S5

R2097

470

R2098

82

R-S 4

RL2204

-

RL2205

-

R2205

R-S1

SW2

Vin3

SW2

Vin3

SW2

R-S8

+

+

1K

Vin3

Q2018
RN1443

R-S2

9

Vin2

V­8

9

Vin2

V­8

9

Vin2

V­8

Q2012
RN1443

Q2013
RN1443

Q2017
RN1443

Q2020
RN1443

C2091
10/50

C2090
104Z

C2092
10/50

Q2004
LC74763-9836

OSD

Vss1

X2001

C2041

14.32MHZ

XTALIN1

X2002

17.73MHZ

R2041

2.2K

R2042

2.2K

R2043

2.2K
R2044

2.2K

C2049

1/50

220

R2058

220

R2066

Q2102
BA33BC0FB

IO

G

C2102
470/10

2
XTALOUT1

3

HSYNCOUT

4

XTALIN2

5

XTALOUT2

6
VSYNCOUT

7
OSDCS

8

OSDDATA

9
OSDSCK

10

11

SW1

12

SW2

13

SW3

14

SW4

15 16

RST

220

R2059

220

R2067

Q2022
2SA1162-GR

R2101

1K

R2103

1K

R2105

1K

L2101
220K

R2107

1K

100D

C2042

180J

Except 120V model

C2043

180J

C2044

080D

C2045

470J

C2046

470J

C2047

470J

100/16

104Z

C2032

C2033

104Z

100/16

C2028

C2029

104Z

100/6.3

C2024

C2025

C2073

470/10

R2091

10K

R2094

10K

120

R2096

R2095

120

C2078
470/10

Q2024
RN1443

Q2023
RN1443

C2048

470J

Q2008
2SA1162-GR

C2101

104Z

Q2025
RN1443

R-S5

R-S6

R-S6

DTR-5.6

SCHEMATIC
DIAGRAM 2

DSP SECTION

1

2

3

4

5

A

COAX1

P101

COAX2

OPT1

DIGITAL IN

OPT2

OPT3

DIGITAL OUT

P102

2
1
3

4

U101

IN

VCC

GND

U102 1

IN

VCC

GND

U103 1

IN

VCC

GND

U105

IN

VCC

GND

DACSBR

DACSBL

DACSR

DACSL

DACSW

DACC

DACFR

DACFL

5

L101
022K

L102
022K

1

3

2

3

2

3

2

3

2

1

R125

330

R111
220

104Z

R112
220

104Z

R113
220

104Z

R115
220

104Z

SYSIN

C125

102K

C146
102K

75

75

C111

C112

C113

C115

7

NE5532ASPR

1

7

NE5532ASPR

1

7

NE5532ASPR

1

7

NE5532ASPR

1

+

R101

R102

C116

Q433:A

Q433:B

Q432:A

Q432:B

Q431:A

Q431:B

Q430:A

Q430:B

101J

C101

101J

C102

100/16

NE5532ASPR

8

4

NE5532ASPR

8

4

NE5532ASPR

8

4

NJM4580M-D

8

4

BCDEFGH

R103

C103
104K

10

R105

220K

220K

R106

R104

C104
104K

10

100/16

+

C121

C122 104Z

R110

R476

10K

8

Q413:A

4

Q413:B

R475

10K

8

Q412:A

4

Q412:B

10K

10K

8

Q411:A

4

Q411:B

10K

10K

8

Q410:A

4

Q410:B

R470
10K

ADRT-

ADLT-

ADRT+

TO NAAF-8678

6

5

3

2

6

5

3

2

6

5

3

2

6

5

3

2

ADLT+

R466

10K

10K

R465

R464

10K

10K

R463

R467

10K

10K

R462

R461

10K

10K

R460

DACSBR

COAX1

C436
122J

C435
122J

C434
122J

C433
122J

C437
122J

C432
122J

C431
122J

C430
122J

DACSR

DACSBL

OPT1

OPT2
OPT3

COAX2

TX

DACSL

DACFR

DACFL

DACSW

NE5532ASPR

NE5532ASPR

NE5532ASPR

NE5532ASPR

NE5532ASPR

NE5532ASPR

NE5532ASPR

NE5532ASPR

220/25

DACC

151413121110987654321

C555

7

1

7

1

7

1

7

1

+15VVLSC

Q403:A

Q403:B

Q402:A

Q402:B

Q401:A

Q401:B

Q400:A

Q400:B

C556

220/25

NADG-8660

R456

121K

180

6

C406

470J

5

R446

C416

180

121K

R445

121K

180

3

C405

470J

2

C425

R455

180

121K

C424

R454

121K

180

6

C404
471J

5

R444

121K

180

C413 R423

R443

121K

180

3

C403

471J

2

R453

121K

180

C423

C427

R457

153J

3.3K

6

C407
333J

5

R447

153J

180

C412 R422

R442

121K

180

3

C402
471J

2

121K

R452

180

C422

C421

R451

121K

180

6

C401
471J

5

R441

121K

180

C410 R420

R440

121K

180

3

C400

471J

2

121K

R450

180

C420

R555

15(1/2W)

R556

15(1/2W)

R436

10K

R426
R425

R435
10K

R434

10K

R424C414

R433

R437

10K

R427C417

R432
10K

R431

10K

R421C411

R430

C426

8

4

C415

8

4

8

4

8

4

U03

R586

R416

3.3K

680

R406

R576
680

3.3K
10K

10K

R575

R405

680

3.3K
R585

R415

3.3K

680

R414

R584

3.3K

R404

R574

680

3.3K

10K

10K

R573

R403

3.3K

R413

R583

3.3K

10K

R587

R417

3.3K

680

R407

R577

680

3.3K
470

10K
10K

R402

R572

680

3.3K
R582

R412

680

3.3K

R411

R581

680

3.3K
R571

R401

680

3.3K
10K

10K

R570

R400

680

3.3K
R580

R410

3.3K

10K

R557

R558

680

680

680

680

22(1/2W)

22(1/2W)

ADCBCK

104Z

C213

2.2/16
C216

104Z

104Z

R176

R252
R253
R254
R255
C212

R256
R257
R258
R259
R260
R261
R262

R265

R266
R267
R268

R269
R270
R271

R272
R273
R274
R275
R276
R277

C218

ADCLRCK

0

R177

0

DACDA4
DACDA3

+

C210

100/16

R251

109
110
111
112
113
114
115
116

HDATA0,GPIO0

117

CMPREQ,FLRCLKN2

118

CMPDAT,FSDATAN2

119

FLRCLKN1

120

WR,DS,GPIO10

121

RD,R/W,GPIO11

122

PLLVSS

123

FILT2

124

FILT1

125

PLLVDD

126

XTALO

127

CLKIN,XTALI

128

CLKSEL

129

CS,GPIO9

130

A0,GPIO13

131

FSDATAN1

132

VDD4

133

VSS4

134

FSCLKN1,STCCLK2

135

_SCS

136

SCDIN

137

VSS5

138

VDD5

139

A1,GPIO12

140
141
142
143
144

101J

R208

3.3K

R203

C313 222J

R314

10K

C311
10/50

R312

1.2K

1

Q302:B

2

330

R311

ADCSLR

0

R178

R179

0

R246

R245

R247

R244

R248

R24947

C209

47

47

47

10K

10K

10K

105

104

106

103

SCLK0

AUDATA2

HDATA4,GPIO4

HDATA3,GPIO3

AUDATA3,XMT958A

330

10K

R205

R204 330

R206

DSPINT

DIGCLK

DIGSDO

C317

222J

R320
10K

R318

1.5K

NE5532ASPR

4

5

C316
101J

R294

100K

10/50

104Z

99

100

101

102

VSS2

VDD2

MCLK

AUDATA4,GPIO28

AUDATA1

109:

AUDATA0
CMPCLK,FSCLKN2
HDATA2,GPIO2
VSS3
VDD3
HDATA1,GPIO1

SCDOUT,SCDIO

140:

HINBSY,GPIO8
SCCLK
UHS,_CS_OUT,GPIO17
_RESET

GPIO219FDAT710VDD611VSS612FHS0,_FWR,_FDS

8

10K

10K

R210

R207 47

R209

DIGSDI

ADCSL
ADCSR

R319

10K

C315
10/50

R317

1.2K

7

8

Q302:A

6

330

R316

C324

R250 47

107

108

LRCLK0

UHS0,GPIO182UHS1,GPOI193_INTREQ4FA1,FSCDIN5GPOI206FA0,FSCCLK7FSCDIO,FSCDOUT

1

3.3K

R202

R201 3.3K

3.3K

R315

10K

R313

1.5K

NE5532ASPR

3

C312
101J

101J 101J

R293
100K

R242

R24110K

R240

R243
47

10K

10K

96

97

98

93

94

95

92

SCLK1

HDATA7,GPIO7

HDATA6,GPIO6

HDATA5,GPIO5

AUDATA6,GPIO30

AUDATA5,GPIO29

AUDATA7,XMT958B,GPIO31

Q201

CS494003

FSH1,_FRD,FR/_W

FDAT615_FCS16_FINTREQ17FDBCK18FDAT519FDAT420VDD721VSS722FDAT323FDBDA24FDAT225DBDA26DBCK27FDAT128TEST29FDAT030_NV_WE,GPIO16

13

14

330

10K

3.3K

C201 104Z

R211 3.3K

R213

R212

R216 3.3K

R278

R214

DSPFINT

DSPFCS

C323

222J C327 222J

R324

R325

10K

10K

C321
10/50

R323

1.5K

1.2K

R322

1

Q303:B

NE5532ASPR

2

3

C322

101J

R295
100K

330

R321

10/50

C328

ADCMCK

R175

0

0

C131

104Z

R135

TC7WU04FU

Q131

8

1

VD

2

7

3

6

L133

5

4

GND

LM182

R131

1M

2 1

X131

HC-49U0

120J

312.288MHz

C395
222J

R396

3.9K

DIGSDO

DIRCS

220

R366 220

R365

10

9

INT1

CS/AD0

R371

2.7K

473K

C371

C379 330J
C378
C377 0
C376
C375
C374
C373 330J

DIGCLK

DIGSDI

220

R364 220

R363

7

8

CDIN/AD1

CDOUT/SAD

64:CX_SDIN2
63:CX_SDIN3
62:CX_SDIN4

104Z

C372

330J

330J
330J
330J

COAX2

6

VLC

CCLK/SCL

50:TXP

49:RXP0

330

R372

OPT2

C133

C363

C362

5

R373 330

OPT3

120J

104Z

104Z

4

DGND1

R374 330

OPT1

R36247

3

VD1

CX_LRCK

SAI_SLCK
SAI_LRCK

CX_SDOUT

SAI_SDOUT

330

R375

L362

LM182

2

COAX1

C132

ADRT­ADRT+
ADLT+
ADLT-

R394 56

R391 56

R39356R392 56

SBR-

SBR+

C396
222J

R395

3.9K

SBL+

SBL-

SR-

SR+

SL+

SL-

C365

C368

220/6.3

47/50

+

C366

17

104Z

18

+

C367

19

100/16

20
21
22
23
24

104Z

25
26
27
28
29
30
31
32

C369

+

L363

022M

DIRINT

DIRRST

R367 220

R368 220

11

13

15

12

16

14

AINL-

_RST

AINR-

AINL+

VQ

AINR+
FLT+
REFGND
AOUTB4­AOUTB4+
AOUTA4+
AOUTA4-

Q361

VA
AGND1

CS42518-CQ

AOUTB3­AOUTB3+
AOUTA3+

AOUTB2+:31

AOUTA3-

AOUTA2+:32

AOUTB2-

AOUTA2-34AOUTB1-35AOUTB1+36AOUTA1+37AOUTA1-38MUTEC39LPFLT40AGND241VARX42RXP7/GP743RXP6/GP644RXP5/GP545RXP4/GP446RXP3/GP347RXP2/GP248RXP1/GP1

33

222K

C370

FR-

FR+

FL+

FL-

+15VADC

C557

220/25
C558

220/25

-15VADC-15VVLSC

SW­SW+

C+
C-

L131

022M

R36147

1

CX_SCLK

CX_SDIN1

OMCK
ADCIN1
ADCIN2

RMCK

VLS

DGND2

VD2

R377 330

R151

0

R149
47

R133
680

+

R378

OMCK

L361

022M

C361

+

220/6.3

R387

47

64

R386

47

63

R385

47

62

L367

LM182

61

R384

47

60

R383

47

59
58
57

R382

47

56

L366 LM182

55

R381

47

54

C384

53

104Z

52
51

R380

50

C381

49

022M
L364

C380

220/6.3

330

C383
104Z

330

C382

+

0

220/6.3

L365

022M

OPTF

R304

C301
10/50

TX

+2.5VDSP

L202

022M

C211
100/16

-2.5VDSP

L201

+

022M

47

DACDA2

47

DACDA1

47

DACBCK

10K

10K

+PLLVDD

10K

47
47

ADSDO

47

SRCLRCK

10K
10K

C214

122J

+

680J

C215

R264

R263

2.7K

330

47

DSPCLKIN

10K
10K

47

SRCDO

C217

47

SRCBCK

330

DSPCS

330

DIGSDO

10K
330

DIGSDI

330

DSPBUSY

330

DIGCLK

3.3K

220

DSPRST

ADCCT
ADCSW

C307

C303
222J

222J

R309

R310

R305

10K

10K

NE5532ASPR

Q301:B

3

R291
100K

330

10K

C305

10/50

R308

R303

1.5K

1.5K
R307

1.2K

7

NE5532ASPR

4

8

Q301:A

5

6

C302

C306

101J

101J

R292
100K

330

R306

C314

10/50

C304

C30810/50

C318

10/50

10K

R302

1.2K

1

2

R301

10/50

MCT

MSW

+12VA

-12VA

MSBL

MSBR

MSL

MSR

P3102B

TO NAAF-8678

8765432

1

L122
470M

Q121

R526

22K

6

R536

1.5K

7

Q423:A

5

1.5K

R546

1.5K
R545

3

1

Q423:B

2

R535

1.5K

R525

22K

R524

22K

6

R534

1.5K

7

Q422:A

5

R544

1.5K

1.5K
R543

3

1

Q422:B

2

1.5K

R533

NE5532ASPR

22K

R523

R527

22K

6

R537

1.5K

7

Q421:A

5

R547

1.5K

1.5K
R542

3

1

Q421:B

2

R532

1.5K

NE5532ASPR

22K

R522

R521

22K

6

R531

1.5K

7

Q420:A

5

R541

1.5K

1.5K

3

R540

1

Q420:B

2

1.5K

R530

NE5532ASPR

22K

R520

10K

R108

080D

C106

9

10

8

IN4

OUT4

GND

TC74HCU04AF

7

65432

NE5532ASPR

8

R496

6

22K

5

4

22K

R516

22K

R515

3

22K

2

R495

NE5532ASPR

NE5532ASPR

8

R494

6

22K

5

4

22K

R514

22K

R513

3

22K

2

R493

NE5532ASPR

8

R497

6

22K

5

4

22K

R517

22K

R512

3

22K

2

R492

NJM4580M-D

8

R491

6

22K

5

4

22K

R511

22K

R510

3

22K

2

R490

OUT5

R506

R505

R504

R503

R507

R502

R501

R500

080D

11

IN5

22K

22K

22K

22K

22K

22K

22K

22K

10K

C105

12

OUT6

080D

R486

1.5K

C446
471J

C445
471J

1.5K

R485

R484

1.5K

C444
471J

C443
471J

1.5K

R483

R487

1.5K

C447
471J

C442
471J

1.5K

R482

R481

1.5K

C441
471J

C440
471J

1.5K

R480

R107

13

C107

NE5532ASPR

NE5532ASPR

GNDA

L121

470M

IN6

VCC

114

10K

R109

C108

104K

220K

7

NE5532ASPR

NE5532ASPR

1

10K

R474

7

NE5532ASPR

1

R473

R477

7

NE5532ASPR

1

R472

R471

7

NJM4580M-D

NE5532ASPR

1

GNDA

GNDA

P3101B

C208

104Z

91

90

VSS1

VDD1

10K

10K

R218

R217

3.3K

R215

47

R330
10K

R328

1.5K

C326
101J

R296

100K

R23847

R23747

R23947

88

87

85

86

NC289NC1

LRCLK1

SCLKN,GPIO22

SD_ADDR10,EXTA10

SD_BA,EXTA19

SD_ADDR4,EXTA4
SD_ADDR5,EXTA5

SD_DATA6,EXTD6

SD_DATA5,EXTD5

SD_DATA4,EXTD4
SD_DATA3,EXTD3

10K

C202 104Z

R221

R219 10K

R220 3.3K

ADCSBL

ADCSBR

R329
10K

C325

10/50

1.2K

R327

7

NE5532ASPR

4

8

Q303:A

5

6

330

R326

ADCCSW

ADCSBLR

0

R180

0

R181

R235 47

R23647R234

81

82

83

NC484NC3

LRCLKN,GPIO23

SDATAN0,GPIO24

VDDSD1
VSSSD1
_SD_CS

VDDSD4
VSSSD4

SD_DQM0

10K

3.3K

3.3K

R222

R224

R223

47

R233 47

CAS

77

79

80

_SD_RAS78_SD_CAS

SDATAN3,GPIO27

SDATAN2,GPIO26

SDATAN1,GPIO25

SD_ADDR6,EXTA6

SD_ADDR7,EXTA7
SD_ADDR8,EXTA8

SD_ADDR9,EXTA9

SD_CLK_OUT

SD_ADAT8,EXTA11

:66

SD_DATA9,EXTA11
SD_DATA10,EXTA13
SD_DATA11,EXTA14
SD_DATA12,EXTA15

SD_DATA13,EXTA16

SD_DATA14,EXTA17

:43

SD_DATA15,EXTA18

SD_DATA7,EXTD7

_NV_OE,GPIO1532_NV_CS,GPIO14

31

10K

BT_CS

BT_OE

BT_WE

R225

10K

A1A0RASA3A2

R231
R232
10K

74

75

76

73

72
71
70
69
68
67

SD_ADDR0,EXTA0

SD_ADDR1,EXTA1

SD_ADDR2,EXTA2

SD_ADDR3,EXTA3

66
65
64

SD_CLK_EN

63
62
61

SD_CLK_IN

60
59
58

VDDSD2

57

VSSSD2

56
55
54
53
52
51

VDDSD3

50

VSSSD3

49
48

NC5

47
46
45

SD_DQM1

44
43
42
41
40
39
38
37

_SD_WE34SD_DATA0,EXTD0

SD_DATA1,EXTD1

SD_DATA2,EXTD2

33

35

36

R226
10K

D2D0SD_WE

D1

R337

C334
10/50

104Z

C335

C339

104Z

R347

C344
10/50

104Z

C345

C349

104Z

R357

100/16

C354

104Z

C355

C359

104Z

L203

+3.3DSPIO

L332
022M

C337

104Z

+

L342
022M

C347

104Z

+

L352
022M

C357

104Z

+

Q551

78M05

3

1

O

I

G

R551

2

4.7(1W)

+

+

C552

100/16

L285

L281

022M

022M

A3
A2
A1
A0
D0
D1
D2

D3
D4
D5
D6
D7
BT_CS
A10
BT_OE

C285

C286 104Z

D0
D1

D2
D3

C287

D4
D5

D6
D7

C288

SD_LDQM
SD_WE
CAS
RAS
SD_CS
BA/EA19
A10
A0
A1
A2
A3

C289

R336

5.6

8

LRCK

7

SCLK

C333

6

VD

104Z

5

GND

4

SDOUT

104Z

3

VL

R333

2

MCLK

Q331

R346

5.6

8

LRCK

7

SCLK

C343

6

VD

104Z

5

GND

4

SDOUT

104Z

3

VL

R343

2

MCLK

Q341

R356

5.6

8

LRCK

7

SCLK

C353

6

VD

104Z

5

GND

4

SDOUT

104Z

3

VL

R353

2

MCLK

Q351

100/16

+

100/16

100/16

100/16

L204

C204

104Z

330

C336

C338

330

C346

+

+

C348

330

C356

+

+

C358

100/16

R230
R229

R281

10K

R228

+

100/16

10K
10K

C207

100/16

BA/EA19

C206
104Z

SD_CS

SD_CKE

0

SD_CKO

C205

104Z

SD8/EA11
SD9/EA12
SD10/EA13
SD11/EA14
SD12/EA15

SD13/EA16

SA14/EA17
SA15/EA18
SD_UDQM

C203

104Z

SD_LDQM

10K

R227

+

A10

A4
A5
A6

A7
A8

A9

D7
D6

D5

D4
D3

9

RST

10

AINL

11

VQ

12

AINR

13

VA

14

REF_GND

15

FILT+

16

M11M0

CS5340-CZZ

9

RST

10

AINL

11

VQ

12

AINR

13

VA

14

REF_GND

15

FILT+

16

M11M0

CS5340-CZZ

9

RST

10

AINL

11

VQ

12

AINR

13

VA

14

REF_GND

15

FILT+

16

M11M0

CS5340-CZZ

100/16

C281

+

C282
104Z

16

17

A3

A4

18

15

A2

A5

14

19

A1

A6

20

13

A0

A7

12

21

DQ0

A12

11

22

DQ1

A15

23

10

DQ2

A16

24

9

VSS

A18/VPP

8

25

DQ3

VCC

7

26

DQ4

_WE/A18

6

27

DQ5

A17

5

28

DQ6

A14

4

29

DQ7

A13

3

30

_CE

A8

2

31

A10

A9

32

_OE1A11

100/16

+

1

VCC0

2

DQ0

3

DQ1

4

GNDQ1

5

DQ2

6

DQ3

104Z

7

VCCQ1

8

DQ4

9

DQ5

10

GNDQ2

11

DQ6

12

DQ7

104Z

13

VCCQ2

14

LDQM

15

_WE

16

_CAS

17

_RAS

18

_CS

19

A11

20

A10

21

A0

22

A1

23

A2

24

A3

25

VCC1

104Z

R335

330

R334

330

C331

100/16

C332

+

10K

330

R332
R331

47

L331
470M

R345

330

R344

330

C341
100/16

C342

+

10K

330

R342
R341

47

L341
470M

R355

330

R354

330

C352

C351

+

100/16

10K

330

R352
R351

47

L351
470M

+VBOOT

A4
A5
A6
A7
SD9/EA12
SD12/EA15
SD13/EA16
SA15/EA18

BT_WE
SA14/EA17
SD11/EA14
SD10/EA13
A8
A9
SD8/EA11

+VSD

GND2
DQ15
DQ14

GNDQ4

DQ13
DQ12

VCCQ4

DQ11
DQ10

GNDQ3

or IC42S16100

M12L1616A-7TG

VCCQ3

UDQM

Q285

GND1

ADCLRCK
ADCBCK

ADCCSW
ADCMCK

ADCSLR

ADCSBLR

ADCRST

022M

Q211

MX26LV040-70

50
49

SA15/EA18

48

SA14/EA17
47
46

SD13/EA16

SD12/EA15

45

104Z

C291

44
43

SD11/EA14

SD10/EA13

42
41
40

SD9/EA12

DQ9

SD8/EA11

39

DQ8

C290

104Z

38
37

NC2

SD_UDQM

36

R285

35

SD_CKO

CLK

47

SD_CKE

34

CKE

33

NC1

32

A9

A9

A8

31

A8

30

A7

A7

29

A6

A6

A5

28

A5

A4

27

A4

26

C551

2

C192

2

C194

10/50

L191

4.7M

Q191

TA48033AF

O

3

100/16

Q192

TA48025AF

O

3

100/16

RXMUTE

1

TXMUTE

2

VSYSRST

3
4
5
6
7
8

9
10
11
12

1

2

3

4

5

6

7

8

9
10
11
12
13
14
15
16
17
18
19
20

P601A

TO NAAR-8661

P602A

TO NAAR-8661

VD_SCK
VD_SI
VD_SO
VD_STB
+10S
GNDV
GNDV
+9V
+9V

ADCRST
SYSIN
DIRRST
DIRINT
DIRCS
OPTF
DIGSDI
DIGCLK
DSPCS
DSPBUSY
DSPRST
DSPINT
+5VDAC
DSPFCS
DSPFINT
MLTSEL
DIGSDO
+5VDSP
GNDD
GNDD

L192

4.7M

1

I

G

C191

470/6.3

1

I

G

470/6.3

C193

DTR-5.6

A

SCHEMATIC DIAGRAM 3

MICROPROCESSOR
SECTION

1

P601B

12
11
10
9
8
7
6
5
4
3
2
1

20
19
18
17

2

3

4

16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1

P602B

TO DSP/CODEC

NADG-8660

TO DSP/CODEC

NADG-8660

RXMUTE_3.3V
TXMUTE_3.3V
VDMRST_3.3V
VDM_SCK_3.3V
VDM_SI_3.3V
VDM_SO_3.3V
VDM_STB_3.3V
GNDDSP
GNDDSP
GNDHD

+9VA

R791

+9VA

4.7 (1W)

ADCRST_3.3V

SYSIN

DIRRST_3.3V

DIRINT_3.3V
DIRCS_3.3V

OPTF

DIGSDI_3.3V

DIGCLK_3.3V

DSPCS_3.3V

DSPBUSY_3.3V
DSPRST_3.3V

DSPINT_3.3V

+5VDAC

DSPFCS_3.3V

MLTSEL_3.3V
DIGSDO_3.3V
DSPFINT_3.3V

+5VDSP
GNDA
GNDA

DIGSDI_3.3V
DSPBUSY_3.3V
DSPINT_3.3V
DSPFINT_3.3V
RXMUTE_3.3V

DIRINT_3.3V

DIGSDO_3.3V
DSPFCS_3.3V
DSPRST_3.3V
DSPCS_3.3V
DIGCLK_3.3V
DIRCS_3.3V
DIRRST_3.3V
ADCRST_3.3V

BCDEFGH

P7534A

123456789

GNDV

LEDPURE

+5VDIS

+5VDIS

TO DISPLAY
(NADIS-8683)

GNDD

GNDD

10111213141516171819202122232425262728293031323334353637383940

V4Y

V4V

V4L

GNDV4A

MICOUT

GNDV4A

GNDV4A

OPTF

LEDSBY

-7V

+7V

V4R

FLDSDO

LEDZONE2

FLDCS

VBJ

VAJ

KEY0

KEY1

KEY2

KEY3

KINT0

FLDCLK

FLDRST

REMIN

KINT1

KINT2

KINT3

+5VM

MICDET

GNDV

V4C

GNDV

GNDV

987654321

APOWER

FTXD

GNDD

FBUSY

+5VCPU

FCLK

P702

TO FLASH WRITER

CNVSS

RESET

FRXD

JL703B

321

TO THERMAL SENSOR

NAETC-8680

THERMAL

+5VDIS

GNDD

13

121110

XMRST

XMREQ2

XMREQ1

987654321

-12VA

+5.3VXM

GNDD

XMSDO

XMSDI

XMCLK

XMR

+12VA

XML

GNDXM

P710A

TO XM RADIO

NARF-8688
DD model only

HPR

HPE

HPL

JL7452A

12345

TO HEAD PHONE
NARF-8688

HPDET

GNDD

U032

XMCLK

XMSDI

XMSDO

XMRST

XMREQ2

SYSIN

+5VCPU

C724

100/16

C709
474K

R763

+

XMREQ1

1SS355

1K

+5VMUT

Q704
RN2402

C710
1/50

AMUTM
SBZ2MUTM
Z2MUTM

Z2MUT
SBZ2MUT

D605

1SS355

+

C705

GNDD

Q705

RN1404

GNDD

L601

D606

D607

0.22F

+

022K

R754

R755

10K

2.2K

+

Q714

3

O

1

C702

G

100/16

C711
474K

2

I

+10S

S-812C56AUA-C3K

C701

104Z

Q706

R756

RN2402

10K

Q707
RN1404

+

R757

2.2K

C712

1/50

C713
474K

R769

270

R766
270

R765

47

Q708
RN2402

C714

1/50

D612

1SS355

D613
1SS355

Q709
RN1404

+

R758

10K

R759

2.2K

+12VA

+10S

L604

RL1N4003
GP104003E

D609

D610

C720

100/16

(VR)

+5VDIS

022K

P701A

R760

D614

+

P959A
TO POWER SUPPLY
NAPS-8665

FANCTRL

18

FANH

17

-22V

16

GNDS3

15

GNDS3

14

+22V

13

FTXD

12

FRXD

11

Z2SWPO

10

Z2POR

9

Z2GND

8

Z2POL

7

+12VA

6

IRIN

5

TRGA

4

TRGB

3

TRGZ2

2

+5.6S

1

POFF2

15

+9V

14

+9V

13

GND

12

GND

11

-9V

10

+5VDSP

9

+5VDSP

8

GNDD

7

GNDD

6

+5.3VXM

5

GNDD

4

+10S

3

POFF

2

APOWER

1

TO POWER SUPPLY

NAPS-8665

TO TUNER PACK

10(1/2W)

PLLSCL

1

PLLSDA

2

STEREO

3

TUNED

4

+9V_TU

5

GNDTU

6

TUL

7

GNDTU

8

TUR

9

VSM

10

GNDTU

11
12

RDSDAT
RDSSIG

13

P954A

NAAR-8661

L602
022K

C716

100/16

10

GND

R781

9

A8

330

8

A7

7

A6

6

A5

5

A4

4

A3

3

A2

2

A1

1

_G1

R786

R785

C717

47

11

Y8

12

Y7

13

Y6
Y5

14
15

Y4

16

Y3

17

Y2

18

Y1

19

47

_G2

20

VCC

C719

Q710

XC6213B332MR

+3.3V

5

VOUT

VSS

4

+

NC3CE

VDM_STB

11

Y8

12

DIGSDI

Y7

DSPBUSY

13

Y6

DSPINT

14

Y5

15

DSPFINT

Y4

RXMUTE

16

Y3

Q711

VDM_SI

17

Y2

18

DIRINT

Y1

19

_G2

TC74VHCT541AFT

20

VCC

104Z

10

GND

9

DIGSDO

A8

8

DSPFCS

A7

DSPRST

7

A6

DSPCS

6

A5

DIGCLK

5

A4

Q713

DIRCS

4

A3

DIRRST

3

A2

TC74VHC541FT

ADCRST

2

A1

1

_G1

104Z

VIN

L603
022K

R712

KEY1

KEY3

KINT3

KINT1

KINT0

KEY2

10K

R629

104Z

10K
220
220
220
220
220
220
220
220
220

220
220

104Z
10K

220

220

220

220

220

220

220

220

R632

C606

104Z

R633

220

2.7K

2.7K

2.7K

2.7K

104Z

220

R637
R639
R641
R643
R661

C626
C625 101J

C723

5
6

10
11

12

13
14
15
16

17

18

19

20

21

22

23

24

25
26

27
28

29
30
31

32
33
34
35

36

37

38

KEY0

4.7K

R731

128
1
2
3
4

P100/AN0

7
8

P92/TB2IN/SOUT3

9

P91/TB1IN/SIN3
P90/TB0IN/CLK3
P141
P140
BYTE
CNVSS
P87/XCIN
P86/XCOUT
RESET
XOUT
VSS
XIN
VCC1
P85/NMI
P84/INT2
P83/INT1
P82/INT0
P81/TA4IN/U
P80/TA4OUT/U
P77/TA3IN
P76/TA3OUT
P75/TA2IN/W
P74/TA2OUT/W
P73/CTS2/RTS2/TA1IN/V
P72/CLK2/TA1OUT/V
P71/RXD2/SCL2/TA0IN/TB5IN
P70/TXD2/SDA2/TA0OUT
P67/TXD1/SDA1
VCC1
P66/RXD1/SCL1

39

220

2.2K

2.2K
27K
27K
10K

101J

101J

XMSDI

REMIN

XMCLK

XMRST

XMSDO

XMREQ2

XMREQ1

10K

FRXD

R747

FTXD

R625 220

VMUT

SDET

X701

SYNC

*

*

*
*

R738

10K

VSYNC

R735
R734
R733
R732

C601
C602

R611
R602

R603
R604
R605
R606
R607
R608
R609
R610

R612
R613

C604
R614

R615
R616

R618
R619
R620
R621
R622
R623

+5VDIS

R605,R606

MODEL

R608,R609

other

10K

R745

POFF

OSDSDO
OSDCLK
OSDCS

D601

+

C617

4.7/50

C621

C605

1SS355

Q702

RN1404

+5VM

104Z

104Z

D602

1SS355

R736

R737

YES

NO

R749

R751

R617

10K

10K

104Z

C603

10K

47K

R748

R624

1M

10K

10K

MDD-TYPE

CNVSS
C715
474K

1
2

RESET

X701:

CSTCR
6M00
55-R0

ADCRST
DIRINT
DIRCS
DIRRST
DSPFCS
DSPCS

+5VDIS

220

4.7K

R730

R770

126

127

AVSS

P101/AN1

40

41

R634

FCLK

FBUSY

4.7K

4.7K

4.7K

R727

R729

R728

125

123

124

P103/AN3

P102/AN2

P104/AN4/KI0

42

43

44

220

R635

1K

R636 0

R6380R640

1:
2:

KINT2

FLDCS

FLDCLK

FLDRST

FLDSDO

C615

C616
C614
C613
C612
C611
C610
C609

C609

-C616:

220

220

220

220

102J

4.7K

4.7K

4.7K

R724

R721

R723

R725

R720

R722

R726

122

P105/AN5/KI1

3:
4:
5:

6:
7:

R642
1K

115

116

117

118

119

120

121

P113

P112

P111

P110

P06/AN06/D6

P107/AN7/KI3

P106/AN6/KI2

P04/AN04/D4

P03/AN03/D3

VREF

106: P05/AN05/D5

107:

108:

AVCC
P97/_ADTRG/SIN4
P96/ANEX1/SOUT4

P95/ANEX0/CLK4
P94/DA1/TB4IN
P93/DA0/TB3IN

/CTS0/CLKS1

VSS

P64/CTS1/RTS1

P63/TXD0/SDA0

P62/RXD0/SCL0

P61/CLK045P60/CTS0/RTS0

P65/CLK1

39:

41:

42:

43:

44:

40:

P13648P13549P134

P56/ALE52P55/HOLD53P54/HLDA54P13355P13256P13157P13058P53/BCLK59P52/RD60P51/WRH/BHE
51

47

50

46

R645

R647

R648220

R649220

R65010K

220

220

RXMUTE

VDM_STB

DSPFINT

DSPINT

LEDZONE2

33K

R712 Val

R710

R708 33K

R714 Val

220

R716

112

108

109

113

114

110

111

P117

P116

P15/D13/INT3
P16/D14/INT4

P02/AN02/D2

P01/AN01/D1

P00/AN00/D0

P07/AN07/D7

P17/D15/INT5

P20/AN20/A0(/D0/-)
P21/AN21/A1(/D1/D0)
P22/AN22/A2(/D2/D1)
P23/AN23/A3(/D3/D2)
P24/AN24/A4(/D4/D3)
P25/AN25/A5(/D5/D4)
P26/AN26/A6(/D6/D5)

103: D10/D8

104: P07/AN07/D7

105: P06/AN06/D6

P27/AN27/A7(/D7/D6)

P30/A8(/-/D7)

Q701

M30627FHPGP

68:

P44/CS0

P137

67:

P45/CS1

50:P57/RDY/CLKOUT

46:

45:

66:

P46/CS2

65:

P47/CS3

R652

R657

R658

R656

R655

R654

220

220

220

220

220

220

VOLSTB

VOLCLK

DSPRST

Z2VDAT

Z2VMUT

Z2VCLK

MICDET

VBJ

VAJ

C619

R707

R7061KR705

R7041K

1K

1K

105

106

107

P11/D9
P12/D10
P13/D11
P14/D12

VSS

VCC2

P120
P121
P122
P123

P124
P31/A09
P32/A10
P33/A11
P34/A12
P35/A13
P36/A14
P37/A15

P40/A16

P41/A17
P42/A18
P43/A19

P50/WRL/WR

P12763P12664P125
62

61

R659

R662

220

220

VOLDAT

VCSRST

HPDET

102J

BAND
INT1
INT2
INT3

103

104

R651
R768

739

R

R743
R742

C624

C620

102
101
100
99
98
97
96
95
94

87
86
85
84
83
82
81
80
79
78
77
76
75
74
73
72
71
70
69
68
67
66
65

R714
R715

+5VDIS

104Z

102J

R741

10K

R740

10K

R715

Val

R713

33K

R711

10K

R709

56K

10K

10K

R702

R697

R764
220
R701

220

R699

220
100

R753

R693

220

93

R692

220

92

R691

220

91

R689

220

90

R687

220

89

R685

220

88

R684

220

C607
104Z

220

220

220

220

220

220

220

220

220

220

220

220

220

220

220

SBZ2MUTM

22K

R686

C618 104Z

R688

10K

R690

10K
10K

10K
10K

10K

R746

1K
1K

R683
R682
R681
R680
R679
R678
R677

R674
R673
R672
R671
R670
R669
R668
R667

Z2MUTM

10K

10K

NC
0

R700

10K

R696
R694

R776

VPOWER

DSPBUSY

10K
NC

22K

FANCTRL
FANH
APOWER

DIGSDI

DIGCLK

LEDSBY

LEDPURE

0

R777

SYSOUT

IRIN

RDSSIG
RDSDAT
FSWSDO
FSWCLK
FSWSTB
PROTECT
THERMAL
VOLH

SEC1H
TRGZ2

TRGB
TRGA

SPRLZ2
SPRLSB
SPRLCS
SPRLF
AMUTM

DIGSDO

0

R695

Q703

RN2402

D604

1SS355

D611

UDZS5.1

R752

+5VM

+5VMUT

220K

AMUT

PA

DD

10K

56K

8.2(2W)

R793

V4L

V4R

1.5(1/2W) 0.22 (1/2W )

R792

5

OSDSDO
12345678910111213

P2004A
TO VIDEO
NAVD-8657

+5VVD

-5VVD

-12VA

V4Y

V4C

GNDV

FSWSDO

FSWCLK

FSWSTB

OSDCS

OSDCLK

+

V4V

+12VA

GNDS3

P2005A
TO VIDEO
NAVD-8657

SYNC

VSYNC

SDET

PLLSCL

PLLSDA

VMUT

SPRLZ2

VCSRST

987654321

10

SPRLCS

SPRLSB

SPRLF
131211

C650 10/50

4:MICOUT

2:GNDV4A

+

C651

P3103B

10/50

XMR

GNDXM

+5VVD

-5VVD

GNDV

GNDV

+9V
1716151413121110987654321

-7V

+7V

TUL

GNDTU

XML

TUR

+9V

-9V-9V
VPOWER

P3104B

+22V

+12VA

-22V

-12VA

GNDS3

GNDS3

TO VOLUME/AMP

SEC1H

NAAF-8678

VOLH

GNDD

PROTECT

HPL

HPE

HPR

SPRLF
1716151413121110987654321

Z2MUT

AMUT

P3105B

SPRLSB

FSWSDO

SBZ2MUT

FSWSTB

FSWCLK

VOLSTB

VOLCLK

VOLDAT

987654321

10

AT
VD

2
Z

Z2VCLK

Z2VMUT

Z2POL

Z2POR

Z2GND

Z2SWPO
17161514131211

DTR-5.6

A

SCHEMATIC DIAGRAM 4

PREAMPLIFIER SECTION

1

TAPE_OUT

2

3

4

5

VIDEO3

VIDEO2_OUT

VIDEO2

VIDEO1_OUT

VIDEO1

SL/SR

SBL/SBR

FL/FR

SL/SR

PREOUT

SBL/SBR

CD

TAPE

DVD

C/SW

C/SW

P3002

P3003

P3004

P3005

1

P3006

P3008

1

P3009

P3010

9

7

8

6

4

5

3

1

2

9

7

8

6

4

5

3

1

2

6

4

5

3

1

2

9

7

8

6

4

5

3

1

2

3

2

9

7

8

6

4

5

3

1

2

11

3

2

R3002

330

R3001

330

R3006

330

R3005

330
R3010

330

R3009
330

10

R3014

330
R3013

330

R3018

330

R3017
330

R3022
330

R3021

330

10

R3026

330

R3025

330

R3030
330

R3029
330

R3034

330

R3033

330
R3038

330

R3037

330

R3042

330

R3041

330

10

R3046

330

R3045

330

R3054
100

R3053

100

R3058

100

R3057

100

R3062

100

R3061
100

10

R3066
100

R3065
100

4

BCDEFGH

C3006

C3054

7

56K

R3043

R3048

4

C3029

102J

C3034

C3033

102J

C3002

221K

221K

R3008

R3007

C3052

R3020

R3019
C3012

C3053

R3028

R3027

C3016

221J

C3018

221J
221J

C3017

R3040

56K

R3039

R3044

56K

R3047

C3028

C3027

C3030

102J

102J

C3032

C3031

C3057

102J

C3058

C3001

56K

56K

221J

221J

221J

56K
56K

56K

56K

56K

56K

C3008

102J

102J

102J

102J

R3060

220K

R3063

102J

102J

220K

R3068
R3067

220K

102J

C3005
221J

102J

C3007

221J

C3011
221J

V1_RO

V1_LO

C3015
221J

C3020

221J

C3019

221J

C3022

221J

C3021

221J

C3055

56K

C3024

221J

C3023

221J

C3111

102J

220K

R3059

R3064

V2_RO

V2_LO

102J

220K

220K

RL3201

1
4
9

D3201

1SS352

Q3251

RN1402

P3101A

DACSR

DACSBL

DACSL

DACR

DACL

123456789

DACC

DACSW

MSR

MSL

MCT

MSW

MSBL

MSBR

15

GNDA

GNDA

GNDA

ADRT-

1011121314

ADRT+

ADLT-

ADLT+

DACSBR

DACSBR

+

10/50

C3077

R3095

6

5

3
2

D3005

1

3

3
2

15K

270

270

10K

R3093

470

R3094

470

O

O2I

4

NE5532

R3106

8

10K

C3107

103K

R3236
R3235

Q3202

R3231

R3091

1.2K

1.2K

R3092

3

I

G

2

1

G

1SS352

1

R3237

100

Q3207

RN1443

RN1443

Q3206

100

100

Q3205
RN1443

RN1443

Q3204

R3234

100

R3233

100

Q3203

RN1443

RN1443

R3232

100

100

Q3201
RN1443

RN1443

Q3200

R3230

100

C3078

R3096

Q3005

78L07

+

C3108

10/50

220

R3083

R3084

220

RECRRECL

V1_RO

TAPE_RO

R3087

220

MIC

VIDEO4L

VIDEO4R

CDL

CDR
TAPEL
TAPER

V3L
V3R
V2L

V2R
V1L
V1R
DVDL
DVDR

TUNERL
TUNERR

R3086

220

C3123

47/25

C3124

47/25

XML

XMR

TUPACKR

TUPACKL

51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80

R3088

220

C3132~C3137
C3071,C3072
C3079~C3083
10/50

C3060

+

10/50

ADRT-

ADRT+

ADLT+

ADLT-

+

+

47/25

C3121

C3122

C3061

+

+

+

+

10/50

47/25

10/50

C3062

49

50

VSS

L1IN
R1IN
L2IN
R2IN
L3IN
R3IN
L4IN
R4IN
L5IN
R5IN
L6IN
R6IN
L7IN
R7IN
L8IN
R8IN
L9IN
R9IN
L10IN
R10IN
L11IN
R11IN
L12IN
R12IN
NC
DGND
DATA
CLOCK
LATCH
LAIN

RAIN82CAIN83LSAIN84RSAIN85LBAIN86RBAIN87SWAIN88LBIN89RBIN90CBIN91LSBIN92RSBIN93LBBIN94RBBIN95SWBIN96GND97GND98VSS299VDD2

81

+

C3132

48

VDD

+

C3133

47

FR-

C3134

46

FR+

+

+

C3135

45

FL-

C3136

FL+

+

43

44

DCR_IN

DCR_OUT

+

+

C3071

C3137

42

41

DCL_IN

DCL_OUT

Q3003

+

+

C3072

C3079

Q3002

NJU7311AM

TAPE_LO

V1_LO

C3059

+

10/50

C3067

C3068

C3069

C3070

+

+

+

+

36

37

38

39

40

DCCAP_LB

DCCAP_RS

DCCAP_RB

DCCAP_SW

30:REC_B2R

NJW1157

+

+

+

C3081

C3082+C3083

C3080

27

30

28

S229S1

VDD

VSS

1

2345678

C3066+C3065

C3064

+

+

33

34

32

GND35GND

DCCAP_R

DCCAP_C

DCCAP_LS

+

+

C3085

10/50
R3129

R3130

V2_RO

24

25

S426S3

COM2

COM1

DACSBL

C3063~C3070
47/25

C3063

+

31

DCCAP_L
REC_B2L
REC_B1R
REC_B1L
REC_A3R
REC_A3L
REC_A2R
REC_A2L
REC_A1R
REC_A1L

V-

V+
NC
NC

FIL_TR

FIL_BR

DC_R2
DC_R1
FIL_TL
FIL_BL
DC_L2
DC_L1

SWOUT

RBOUT

LBOUT

RSOUT

LSOUT

COUT
ROUT
LOUT

TCCAP

100

1/50

+

C3087

C3086

10/50

0

0

22

9

S623S5

30
29
28
27
26
25
24
23
22
21
20
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1

21

20

COM3

101112

18

19

S7

COM4

13

REC_R

REC_L

C3093
C3092
C3091

+

C3090
C3089

+

C3088

16

17

NC

CLK

DATA

NC14STB15GND

R3085

Z2R
Z2L

220

472J
224J

4.7/50
472J
224J

4.7/50

Q3004:B

R3127

+

C3097

+

R3128

SBROUT

SBLOUT

SROUT

SLOUT

P5003B

1

12

3
5
10

8

RL3202

SPRLF

1
4
9 8

D3202

1SS352

12
3
5
10

VLSTB

VLCLK

VLDATA

R3251

120

(1/2W)

R3252

Q3252

RN1402

120

SPRLSB

(1/2W)

1
2
3

P5004B

4
5
6
7
8
9
10
11
12
13

COUT

ROUT

LOUT

C3103

R3097

10K

10K

DMIXL

Q3004:A

DMIXR

R3098

470/16
C3096
470/16

C3105

10/50

+

C3206

47/50

C3205

47/50

C3204

47/50

C3203

47/50

C3202

47/50

C3201

47/50

C3200

47/50

330J

R3099

NE5532

NE5532

10K

10K

C3104 330J

10

C3115

220/10
C3116

220/10

10

221J

47K

C3106

R3103

FSWDATA
FSWCLK

7

1

R3100

Q3007:A

1.2K

R3104

220K

R3217

220K

R3216

R3226

R3225

220K

R3215

220K

R3214

R3213

220K

R3212

220K

R3211

220K

R3210

8

4

1SS352

+

+

D3006

R3105

R3227

270

270

270

R3224
R3223

270

220K

R3222

R3221

270

270
R3220

+

10/50

10K

FSWSTB

C3098
10/50

C3099

+

10/50

Q3006

79L07

+

Q3217

RN1443

Q3216

SBZ2MUT

RN1443

Q3215

Q3214

RN1443

Q3213

RN1443

Q3212

RN1443

Q3211

Q3210

RN1443

+

R3117

R3118

RN1443

8765432

MCT

47/25

C3084

R3089

+

+

R3090

22

(1/2W)

22

(1/2W)

+

220/25

C3109

+

220/25

C3110

RN1443

R3112

0

AMUT

P3102A

MSL

MSW

MSR

22

C3100

220/25

C3101

220/25

22

MSBL

MSBR

R3101

R3102
22

+12V

22

1

-12V

Z2R

Z2L

C3401

C3402

10/50

10/50

+

C3403

47/25

R3119

C3404

10
11
12
13
14
15
16
17
18
19
20

47/25

100K

1
2

3
4
5
6
7
8

9

R3120

100K

-

+

AGND1

-

+

AGND2
INSW
AGND3
INSR
AGND4
INSL
AGND5
INC
AGND6
INFR
AGND7
INFL
VEE

U06

NAAF-8678(1/2)

1SS352

100K

R3121

Q3009
BD3814

LOGIC

TREBLE

1SS352

1SS352

AGND10

CL

BASS

D3940

D3941

AGND9

DGND

AGND8
OUTSW

OUTSR

OUTSL
OUTC
OUTFR
OUTFL
BNF2L
BNF1L
BNF2R
BNF1R

VCC

DA

MUTE

TNFL

TNFR

40
39
38
37
36
35
34
33
32
31
30
29
28
27
26
25

C3406

24

C3407

23

C3408

22
21

C3410

472J

+12V

-12V

R3401

R3402

R3403

C3405~
C3408
104J

C3405

C3409

+

C3946

+

10/50
Q3506

D3939

100

100

100

R3404

4.7K
472J

D3938

Q3505
LM2940CT-5.0

3

1

O

I

G

2

C3944

C3945

10/50

100/10

C3943

10/50

1

3

G

O2I

NJM7905FA

1SS352

C3942
10/50

4.7K
R3405

Z2VMUT

Z2MUT

Z2VCLK

Z2VDATA

+

+

Q3507

NJM7812FA

3

+

C3941

10/50

+

3

NJM7912FA

NC

R3113

C3411

22/50

22/50
C3412

O

2

1

O I

Q3508

NC

R3114

VIDEO4L

17

GNDV4

16

VIDEO4R

15

MIC

14

+7V

13

-7V

12

TUPACKL

11

GNDTU

10

TUPACKR

9

XML

8

XMAGND

7

XMR

6

+5VVIDEO

5

-5VVIDEO

4

GNDV

3

GNDV

2

+9V

1

P3103A

+9V

17

-9V

16

VPOWER

15

-12V

14

+12VTRG

13

+22V

12

GNDRL

11

GNDRL

10

-22V

9

SEC1H

8

VOLH

7

PROTECT

6

GNDDG

5

HPL

4

HPE

3

HPR

2

SPRLF

1

To schematic 5

0.22

(1/2W)

R3509

R3510

0.22

(1/2W)

1

I

G

G

R3407

R3408

22K

22K

R3409

470

R3410

470

C3939

+

10/50

+

C3940

10/50

R3411

220

Q3401

RN1443

Q3402
RN1443

R3412

220

Q3403

RN1443

Q3404
RN1443

AMUT
Z2MUT

SBZ2MUT

SPRLSB

FSWDATA

FSWCLK
FSWSTB
VLSTB
VLDATA
VLCLK
Z2VCLK

Z2VDATA

Z2VMUT
Z2POL
Z2GND
Z2POR
Z2SWPO

P3104A

17
16
15
14
13
12
11
10

9
8
7
6
5
4
3
2

P3105A

1

DTR-5.6

A

SCHEMATIC DIAGRAM 5

POWER AMPLIFIER SECTION

1

1

P15

1

P16

1

P17

2

P18
P19

1
1

U065

VOLH
SEC1H
GNDRL

+22V

223Z

C6703

10K

R6702

R6701
22K

2SA1163-BL

3

PROTECT

C6704

GNDDG

HPE
HPR
HPL

4

1
2
3
4
5

JL6952B

5

Q6703

+

1/50

47K

R6704

UDZS5.1B

D6703

P6903B

1

1

P6904B

2SC2712

-GR
Q6702

R6706

U062

NAETC-8680

Q6380
LM61CIZ

JL703A

NAPS-8679

1

P6903A

P6900A

1

P6904A

1

10K

R6707

R6708

D6702

1SS133

220K

0.22

R6197

(1/2W)

102J

C6911

1

3

G

V

O

2

+5VDIS

GNDDG2

123

THERMAL

1
2
3
4
5

C6705

223Z

2SA1162-GR

33K

2SC2712-GR

+

220/16

C6701

R6903

47K

Q6707

RL6901

4

3 2
3

D6902

1SS352

4 1

RL6902

12A-TUL-250V

12A-TUL-250V

BCDEFGH

JL6952A

Q6704

18K

R6705

Q6701

D6701

1SS133

R6902

1K

2SC2712-GR

1

C6912

2

F6901

F6902

334J/100V

C6913

334J

C6915

C6916

334J

U06

NAAF-8678

10/50

C6706

3

1

4

2

334J/100V

D6901

D10XB60H

2

1

4

3

D6903

D10XB60H

+

5.6K

UDZS5.1B

R6709

D6704

57.2

-57.2

R6180

390

(1/2W)

R6181

390

(1/2W)

18K

R6710

P6900B

-B

L

P6000A

NFL

1

-BSL

2

+BSL

3

L+

4

L-

5

R

P6001A

NFR

1

-BSL

2

+BSL

3

R+

4

R-

5

c

P6002A

NFC

1

-BSL

2

+BSL

3

C+

4

C-

5

+B

1

1
2
3
4
5

JL6603A

6
7
8
9

1
2
3
4
5
6

JL6600A

7

P6901A

1

+

+

C6902

1

P6902A

SPL­SPR­SPC­SPSL­SPSR­SPSBL­SPSBR­GNDRL

+22V

SPL+
SPR+
SPC+
SPSL+
SPSR+
SPSBL+
SPSBR+

R6010

R6020

R6011

R6021

R6012

R6022

10000/69

C6901

10000/69

R6030

5.6K

3.9K

-0.5

R6040
2K(B)

R6050

R6031

5.6K

3.9K

R6041

2K(B)

R6051

R6032

5.6K

3.9K

R6042

2K(B)

R6052

470

3.3K

470

3.3K

470

3.3K

P6911A

1.1

Q6000

2SC1740S_S

2SC1740S_S

Q6001

2SC1740S_S

Q6011

2SC1740S_S

Q6002

2SC1740S_S

2SC1740S_S

1.1

Q6010

-1.0

Q6012

R6120

2.2

(1/4W)

R6070

Q6040

2SA1930

R6121

2.2

(1/4W)

82

R6071

Q6041

2SA1930

R6122

2.2

(1/4W)

R6072

Q6042

2SA1930

82

82

2SC5171

(1/4W)

2SC5171

(1/4W)

2SC5171

(1/4W)

Q6030

0.6

-0.6

Q6031

Q6032

+

C6020

473J

C6030

8.2

R6130

+

C6021

473J

C6031

8.2

R6131

+

C6022

473J

C6032

8.2

R6132

R6080

0.22

P6080

47/50

100V

(1W)

P6081

47/50

100V

(1W)

P6082

47/50

100V

(1W)

(1/4W)

ID+
ID-

R6090

0.22

(1/4W)

D6000

1SS133

R6081

0.22
(1/4W)

ID+
ID-

R6091
(1/4W)

D6001

1SS133

R6082

0.22

(1/4W)

ID+
ID-

R6092
(1/4W)

D6002

1SS133

R6190

0.22

R6191

0.22

R6192

0.6-0.6

2
1

R6210

2
1

R6211

2
1

R6212

Q6050
MN150S

R6140

22K

R6100

0.22*2
(5W)

Q6060

MP150S

47K

47K

Q6051

MN150S

R6141

22K

R6101

0.22*2
(5W)

Q6061
MP150S

47K

47K

Q6052
MN150S

R6142

22K

R6102

0.22*2
(5W)

Q6062

MP150S

47K

47K

12K

R6150

12K

R6151

12K

R6152

1SS133

D6011
1SS133

1SS133

R6160

2SC2229-Y

R6240

220K

D6010

Q6071

2SC2229-Y

R6161

33K

Q6071

R6241

220K

Q6072

2SC2229-Y

R6162

33K

Q6072

R6242

220K

D6012

33K

Q6070

57.2

-57.2

1

P6901B

P6902B

1

SL

P6003A

NFSL

1

-BSL

2

+BSL

3

SL+

4

SL-

5

SR

P6004A

NFSR

1

-BSL

2

+BSL

3

SR+

4

SR-

5

SBL

P6005A

NFSBL

1

-BSL

2

+BSL

3

SBL+

4

SBL-

5

JL6006B

1

NFSBR

-BSBR

2

+BSBR

3

SBR+

4

SBR-

5

U064

R6033

470

R6013

5.6K

3.9K

R6023

R6043

2K(B)

3.3K

R6053

R6034

470

R6014

5.6K

3.9K

R6024

R6044

2K(B)

3.3K

R6054

R6035

470

R6015

5.6K

3.9K

R6025

R6045

2K(B)

3.3K

R6055

R6036

Q6006

470

2SC1740S_S

R6016

5.6K

3.9K

R6026

R6046

1K(B)

3.3K

R6056

NAAF-8682

Q6016

R6123

Q6003

2SC1740S_S

Q6013

2SC1740S_S

R6124

Q6004

2SC1740S_S

Q6014

2SC1740S_S

R6125

Q6005

2SC1740S_S

Q6015

2SC1740S_S

R6126

2.2

(1/4W)

2SC1740S_S

Q6046

2SA1930

2.2

(1/4W)

150

R6073

Q6043

2SA1930

2.2

(1/4W)

150

R6074

Q6044

2SA1930

2.2

(1/4W)

220

R6075

Q6045

2SA1930

R6076

(1/4W)

(1/4W)

(1/4W)

220

Q6033

2SC5171

Q6034

2SC5171

Q6035

2SC5171

Q6036
2SC5171

(1/4W)

+

C6023

473J

C6033

8.2

R6133

+

C6024

473J

C6034

8.2

R6134

+

C6025

473J

C6035

8.2

R6135

2SC5359_O

+

47/50

C6026

P6083

ID+
ID-

47/50

100V

(1W)

P6084

ID+
ID-

47/50

100V

(1W)

P6085
ID+

ID-

47/50

100V

(1W)

R6086

0.22

(1/4W)

Q6056

P6086

ID+
ID-

R6096

0.22

(1/4W)

R6136

8.2

(1W)

C6036

473J
100V

R6083

0.22
(1/4W)

R6093

0.22

(1/4W)

R6193

D6003

1SS133

R6084

0.22
(1/4W)

R6094

0.22

(1/4W)

R6194

D6004

1SS133

R6085

0.22
(1/4W)

R6095

0.22

(1/4W)

R6195

D6005

1SS133

2
1

2
1

R6213

2
1

R6214

2
1

R6215

R6146
22K

R6156

R6106

0.22*2
(5W)

1SS133

Q6066
2SA1987_O

Q6053

MN150S

R6143

22K

R6103

0.22*2
(5W)

Q6063

MP150S

47K

47K

Q6054

MN150S

R6144

22K

R6104

0.22*2
(5W)

Q6064

MP150S

47K

47K

Q6055

MN150S

R6145

22K

R6105

0.22*2
(5W)

Q6065

MP150S

47K

47K

Q6076

2SC2631R

12K

R6246

D6016

R6153

R6154

R6155

R6166

33K

220K

12K

R6243

220K

D6013

1SS133

12K

R6244

220K

D6014

1SS133

Q6075

2SC2229-Y

12K

R6245

220K

D6015

1SS133

R6196

R6163

33K

Q6073

2SC2229-Y

R6164

33K

Q6074

2SC2229-Y

R6165

33K

Q6075

1
2
3
4
5

R6216

47K

D6006

1SS133

JL6200B

47K

1
2
3
4
5

JL6200A

DTR-5.6

A

SCHEMATIC DIAGRAM 6

DRIVER SECTION

1

2

3

4

5

BCDEFGH

R5000

1K

R

R5001

1K

R5002

1K

L

C5000

R5040

C5011

C5001

R5041

C

C5012

47/50

C5002

R5042

C5010

47/50

+

R5010

221K

2.2K

D5000

MTZJ5.6B

47/50

+

221K

R5011

2.2K

D5001

MTZJ5.6B

+

221K

2.2K

D5002

MTZJ5.6B

R5090

56K

10/50

+

C5020

56K

+

10/50

R5092

R5012

10/50

+

C5021

C5022

100K

Q

5000

2SC1845-E

0

R5020

330

-51.2

100K

R5100

100K

R5091

Q5001

2SC1845-E

R5021

330

R5101

100K

Q5002

100K

2SC1845-E

R5022

330

56K

100K

R5102

-0.6

R5111

R5051

4.7K

R5112

R5052

4.7K

1K

R5110

4.7K

R5060

470

R5080

1K

1.2K

R5061

470

R5081

470

R5082

Q5010
2SC1845-E

R5050

Q5050

2SC1845-E

-51.8

1.2K

2SC1845-E

Q5051
2SC1845-E

1K

Q5012

2SC1845-E

Q5052

2SC1845-E

1.2K

R5062

+

Q5011

+

+

0

C5040

220/25

C5041

220/25

C5042

220/25

C5110

10/100

C5111

+

+

+

+

+

+

55.3

10/100

C5100

-55.5

(1/4W)

C5101

10/100

10/100

C5102

10/100

R5132

C5112

10/100

NAAF-8668

U045

R5160

100

55.8

Q5030
2SA949Y

C5080

040C

1.1

R5030

R5230

120K

+

47/50

C5050

R5130

22K

-1.0

Q5040
2SC2229-Y

-55.9

100

R5170

R5131

22K

100

22K

R5161

Q5031

2SA949Y

C5081

040C

+

47/50

C5051

Q5041
2SC2229-Y

100

R5171

R5162

100

(1/4W)
Q5032

2SA949Y

C5082

040C

+

C5052

2SC2229-Y

R5172

(1/4W)

R5231

120K

(1/4W)

R5232

120K

47/50

Q5042

100

(1/4W)

120K

C5090

101K

R5031

120K

C5091
101K

R5032

120K

C5092
101K

(1/4W)

56.5

R5200

-56.5

22K

R5201

R5182

R5202

R5180

22K

10

(1/4W)

22K

10

R5190

10

R5181

R5191

(1/4W)

10

(1/4W)

(1/4W)

10

(1/4W)

10

R5192

NFL

-B1L

+B1L

B+L

B-L

NFR

-B1R
+B1R

B+R
B-R

NFC

-B1C

+B1C

B+C
B-C

(1/4W)

P5503A

1

AGND

1

P6011B

2

3

5
4
3
2

P6000A

1

5
4
3
2
1

P6001A

5
4
3
2

P6002A

1

BUS

Val

101112

13

R

L

AGND

C

SL

AGND

AGND

SR

SBL

AGND

123456789

SBR

AGND

P5004A

R5003

1K

R5004

1K

R5005

1K

SBR

R5006

1K

SL

R5043

SR

R5044

2.2K

SBL

C5015

C5005

R5045

2.2K

C5006

R5046

2.2K

C5013

47/50

+

C5003

221K

2.2K

D5003

C5014

47/50

+

C5004

221K

D5004

47/50

+

221K

D5005

C5016

47/50

+

221K

D5006

R5013

10/50

+

C5023

MTZJ5.6B

R5094

R5014

10/50

+

C5024

MTZJ5.6B

R5095

56K

R5015

10/50

+

C5025

MTZJ5.6B

R5096

56K

R5016

10/50

+

C5026

MTZJ5.6B

R5093

100K

Q5003

2SC1845-E

R5023

330

56K

100K

R5103

100K

Q5004

2SC1845-E

R5024

330

56K

100K

R5104

100K

Q5005

2SC1845-E

R5025

330

100K

R5105

100K

Q5006

2SC1845-E

R5026

330

100K

R5106

R5113

R5053

4.7K

R5114

R5054

4.7K

R5115

R5055

4.7K

R5116

R5056

4.7K

1K

R5063

470

R5083

1K

R5064

470

R5084

1K

R5065

470

R5085

1K

R5066

470

R5086

Q5013

2SC1845-E

+

Q5053

2SC1845-E

1.2KK

Q5014

2SC1845-E

Q5054
2SC1845-E

1.2K

Q5015

2SC1845-E

Q5055
2SC1845-E

1.2K

Q5016

2SC1845-E

Q5056

2SC1845-E

1.2K

P5019

SCREW
TERMINAL

220/25

C5043

+

C5044

220/25

+

C5045

220/25

+

C5046

220/25

+

+

+

+

C5114

+

C5105

+

+

C5106

+

C5116

C5103

10/100

R5133

C5113

10/100

C5104

10/100

R5134

10/100

10/100

C5085

C5115

10/100

10/100

R5136

10/100

R5163

C5053

22K

22K

040C

R5135

22K

R5166

22K

C5083

+

47/50

2SC2229-Y

R5173

R5164

Q5034
2SA949Y

C5084

+

C5054

Q5044
2SC2229-Y

R5174

R5165

2SA949Y

+

C5055

Q5045
2SC2229-Y

R5175

120

Q5036
2SA949Y

C5086

+

C5056

2SC2229-Y

R5176

120

(1/4W)

Q5033
2SA949Y

R5033
120K

040C
R5233

120K

C5093
101K

Q5043

120

(1/4W)

120

(1/4W)

R5034

120K

040C

R5234

120K

47/50

C5094

101K

120

(1/4W)

120

(1/4W)

Q5035

R5035

120K

R5235
120K

47/50

C5095
101K

120

(1/4W)

(1/4W)

R5036

120K

040C

R5236

120K

47/50

C5096
101K

Q5046

120

(1/4W)

R5203

R5204

R5205

R5206

R5183

22K

R5184

22K

R5185

22K

R5186

22K

10

R5193

10

R5194

10

R5195

10

R5196

(1/4W)

10

(1/4W)

(1/4W)

10

(1/4W)

(1/4W)

10

(1/4W)

(1/4W)

10

(1/4W)

NFSL

-B1SL
+B1SL

B+SL
B-SL

NFSR

-B1SR
+B1SR
B+SR
B-SR

NFSBL

-B1SBL
+B1SBL
B+SBL

B-SBL

NFSBR

-B1SBR
+B1SBR
B+SBR

B-SBR

5
4
3
2
1

5
4
3
2
1

5
4
3
2
1

1
2
3
4
5

P6003A

P6004A

P6005A

JL6006A

DTR-5.6

A

SCHEMATIC DIAGRAM 7

POWER SUPPLY SECTION

NAPS-8664

1

2

3

U04

AC INPUT

FROM INLET

P906A

P907A

T901

NPT-1526D <D>
NPT-1526P <A>

3

2

TO NAPS-8664

1

1

1

AC-H

AC-G

T902

NPT-1519JQ <D>

NPT-1519GQ <A>

S1+
S1H+

GND
S1H-

S1­S2+

GND

S2­S3+

GND

S3­S4+

S4-

BCDEFGH

J901

T902

234

1

678

9

5

C902

223J

TO NAAF-8678 JL6952B

1SS133

1SS133

TO NAPS-8665 P951TO NAPS-8665 P952

D905

D906

D908

D909

1SS133

D903

1SS133

D904

1SS133

1SS133

1SS133

1SS133

D901

D902

P910

103M/275

C912

4

RL902

3 2

J905

+

2200/35

C903

+

100/50

C904

3

1

1

D912

1SS133

D907

1SS133

100K

R909

2.5A-SE-EAK <A>
5A-UL/T-233 <D>

4

2

+

C906

3.3/50

D910

DZ5.6BSB

F903

J907

F901

6.3A-SE-EAK<A>
10A-UL/T-233<D>

Q912

2SC1740

C991

D991

D992

P991

R914

D913

1SS133

222J

1SS133

1SS133

R913

100K

NAETC-8666

1

+22VR
CSRLD

2

CSP

3

CSPE

4

TO NAETC-8667

1

2

3

P91

1K

APOWER

+10S

POFF1

RLGND

DGND

1
2
3
4
5
6

+12VTRG

JL6602B

LSP

1

RSP

2

CSP

3

SLSP

4

SRSP

5

SBLSP

6

SRBSP

7

TO NAAF-8678

JL6600B

JL6603B

LSPE

1

RSPE

2

CSPE

3

SLSPE

4

SRSPE

5

SBLSPE

6

SBRSPE

7

RLGND

8

+22V

9

JL911A

R6690

0.22

(1/2W)

<A>

L6600

S1.3C

R6600

22

R6610

22

<D>

J6600

<A>

S1.3C

L6601

R6601

22

R6611

22

<D>

J6604

<A>

L6603

S1.3C

R6603

22

R6613

22

<D>

J6619

<A>

L6604

S1.3C

R6604

22

R6614

22

<D>

J6620

<A>

L6605

S1.3C

R6605

22
22

R6615

<D>

J6626

<A>

L6606 S1.3C

R6606

22

R6616

22

<D>

J6625

5

2
6

RL6600

D6600

C6600

103Z

C6603

RL6603

6
2
5

C6605

6
2
5 4

RL6605

D6607

C6607

6
2
5

RL6607

4
3

1

D6603

103Z

1

3

4

D6605

103Z

1
3

103Z

1

3

4

*: Australian model only

C6650

102J
C6651

102J

103J

C6640

C6641

103J

*

*

C6653

102J

102J
C6654

*

*

103J

C6656

103J

103J

C6655

102J

103J

C6658

C6657

102J

103J

C6643

*

102J

*

C6646

102J

*

C6648

103J

C6644

*

C6645

*

C6647

U043

*

P6600

5

*

1
2

R

L

3

*

4

10
*

6
7

SR

SL

8
9

SB SPEAKER

P6605

*

5

4

2

SBL

Z2 SPEAKER

Z2L

SBR

Z2R

3

1

*

5

*

4
2

3
1

P6607

4

RLGND

Z2RLD

SBRLD

CSRLD

FRLD

12345

JL2006B

TO NAVD-8657

NAPS-8673

14

TO TRANS 2nd OUT

13

11

12

8

9

10

U049

5

U048

INLET

P908

2
1

1

AC-HAC-G

P906B

1

TO NAPS-8664

P907B

NAETC-8671

FLAC1

FLAC2

SEC3-2

GND
SEC3-1
SEC2-2
SEC2-1

JL9501A

NAETC-8667

TO NAETC-8666

TO NAPS-8665

JL6602A

1
2
3
4

5

2

1

RL6602

C6602

103Z

L6602 S1.3C

R6602

4
3

6

R6612

<A>

<D>

J6851

22
22

1

C

5

P6602

C6642 *

103J

3

C6652

102J

*

U044

CAUTION

FOR CONTINUED PROTECTION
AGAINST FIRE HAZARD, REPLACE
ONLY WITH FUSE OF SAME TYPE

AV

AND RATING INDICATED.

ATTENTIION

AFIN D'ASSURER UNE PROTECTION
PERMANENTE CONTRE LES RISQUES
D'INCENDIE, REMPLACER UNIQUEMENT

AV

PAR UN FUSIBLE DE MEME TYPE
ET CALIBRATION COMME INDIQUE.

THIS SYMBOL LOCATED NEAR THE FUSE INDICATES
THAT THE FUSE USED IS SLOW OPERATING TYPE
FOR CONTINUED PROTECTION AGAINST FIRE FUSE
HAZARD,REPLACE WITH SAME TYPE FUSE. FOR FUSE
RATING REFER TO THE MAKING ADJACENT TO THE SYMBOL.

CE SYMBOLE INDIQUE QUE LE FUSIBLE UTLISE EST
A LENT, E POUR UNE PROTECTION PERMANENTE,N'UTILISER
QUE DES FUSIBLES DE MEME TYPE. CE DARNIER EST
INDIQUE LA QU LE PRESENT SYMBOL EST APPOSE.

NOTE

REPLACE ONLY WITH PART NUMBER SPECIFIED.

ELECTROLYTIC CAPACITORS ARE IN

ALL CAPACITORS ARE IN pF/50WV UNLESS OTHERWISE NOTED.

EX) 030 3pF 330 33pF 331 330pF 333 0.033uF

ALL RESISTORS ARE IN OHMS 1/4WATTS UNLESS OTHERWISE NOTED.
THE THICK LINES ON PC BOARD ARE THE PRINTING SIDE OF THE PARTS

EX PRINTING SIDE

CIRCUIT IS SUBJECT TO CHANGE FOR IMPROVEMENT.

ARE CRITICAL FOR SAFETY.THE COMPONENTS IDENTIFIED BY MARK

+

uF/WV.

DTR-5.6

A

SCHEMATIC DIAGRAM 8

POWER SUPPLY SECTION

1

2

3

BCDEFGH

NAPS-8665

S2+

6.3A-SE-EAK

SEC2-1

7

SEC2-2

6

SEC3-1

5

GNDA

4

SEC3-2

3

JL9501B

FLAC2B

2

FLAC1B

1

F951

F952

6.3A-SE-EAK

R961

R951

2.2

(1/2W)

R952

2.2

(1/2W)

D953

D10XB60H

334J

C972

J951

F931

1.6A-SE-EAK

4.7 (1/2W)
F932

1.6A-SE-EAK

D951

1SS133
D952
1SS133

2

1

4

3

C971

D959

D959

RN1N4003

334J

C962

334J

C963

R962

2.2

(1/2W)

+

C953

+

1000

/16

D963

RN1N4003

D965

102J

C964

GNDS

D957

220/50

+

C967

D956

3.3/50

10000/16

+9V

+

C954

+

-9VVD

C955

3300/16

RN1N4003

RN1N4003

D968

1SS355

R963

RN1N4003

C968

220/63

RN1N4003

0.22

(1W)

R967

D960

RN1N4003

C958

10/50

+22V

D964

RN1N4003

3300/35

D966

C965

-22V

D969

1SS355

22

(1/2W)

15K

+

D958

MTZJ33D

R953

R954

Q951

C929

R966

0.22

(1/2W)

R956

+

33

(1/4W)

(1/2W)

+

+

E5502

2SA965-Y

R964

1

+

C956

102J

2

R969

0.22

C960

C966
1000/35

Q954

+

C969

I

10/50

Q952

I

S812C53

GNDA

47/50

(1W)

0.22
(1/2W)

2.2

LM2940CP-5.0

3

O

G

2

+

C957

100/16

1SS355

1SS355

D970

D971

Q959

2SA1930

<D>

3

O

G

+

1

C959

12V POWER

TA7812S

3

1

I

O

G

2

+

10/50

Q953

R970

2.2

(1W)

R971

2.2

(1/2W)

-VP

33K

R965

223Z

C970

XM POWER

100/16

+

C961

10/50

D961

RN1N4003

D962

RN1N4003

GNDD

GND12

GNDRL

GNDFL

+5VDSP

FLAC2

FLAC1

U042

+5.3VXM

C973

470/16

-VP

POFF2
+9VVD

+9VVD

GNDV
GNDV

-9V_VD
+5VDSP
+5VDSP

GNDD

GNDD

GNDD

+VMPU

POFF

APOWER

+

+12V

10S

POFF

15
14
13
12
11
10

9
8
7
6
5
4
3
2
1

APOWER

1
2
3
4
5
6

5
4
3
2
1

TO_MOTHER

P954B

JL911B

TO_PS1

JL957B

RS-232C

L5501

022M

232TXD
232RXD

D5501

1SS355

+12VTRG

GNDD

R5503

R5502

330

R5511

3.9
D5502

1SS355

R5514

DTC114ES

Q5505

330

Q5502

2SB1240

1K

100/16

C5501

D5503

1SS355

DTC114ES

C5502

R5512

3.9

Q5506

R5504

223Z

Q5503
2SB1240

D5504

1SS355

R5515

1K

C5511

100/16

R5505

10k

10k

GNDD

D5505

1SS355

R5521

R5522

Q5501

ICL3221ECZV

16

FORCEOFF

15

VCC

14

GND

13

T1OUT

12

FORCEON

11

T1IN

10

INVALID

9

R1OUT

R5513

3.9
D5506

1SS355

R5520
100K

DTA114ES

Q5508

100

022M

L5502

10K

C1+

C2-

R1IN

Q5504

2SB1240

R5516

Q5507

DTC114ES

4

Q5509

PC817X

100/16

R5524

1K

EN

V+

C1-

C2+

V-

1K

1

C5512

R5506

C5503

1
2
3
4

C5504
5
6

1/50

7
8

D5507

R5517

4

Q5510

PC817X

223Z

C5513

1/50

IRLED

R5518

220K

2
3
1

C5505

1/50

C5506

1/50

R5519

220K

U5501

P5505

10k

220K

223Z

C5507

R5509

100

D5508

IRLED

J5502

C5508

102J

C5509

102J

GNDS

R5507

330

R5508

330

22
24

21

10

22
24
21

10

R5510

100

J5508

J5506

R5525

100

R5526

100

10
1

2
3
4
5

11

2
1

2
1

6
7
8
9

P5506

P5507

22
24
21

2

10

1

C5516

103Z

C5515

4

P5501

P5505

103Z

3

2

RS-232C

IRIN A

12VTRGC

/Z2

12VTRGA

12VTRGB

IRIN B

IROUT

1

P5503

4

12VTRGC

FANL

FANH

17

18

-22VA

GNDA

GNDA

Z2L

Z2SW

+22VA

232RXD

232TXD
1213141516

TO_MOTHER

Z2R

AGND

P959B

12VTRG

IRIN

12VTRGA

+56S

12VTRGB

1234567891011

IRRV

E5501

GNDS

C5514

3

102K

5

DTR-5.6

SCHEMATIC
DIAGRAM 9

DISPLAY
SECTION

1

2

3

4

5

A

NADIS-8683

U07

104Z

C7591 104Z

C7592

123

1

2

3

VBJ#

VAJ#

DISGND#

S7591

U075

NAETC-8687

BCDEFGH

HNA-16SM10T

Q7501

F1258F11

1G542G533G524G515G506G497G488G479G4610G4511G4412G4313G4214G4115G4016G39P138P237P336P435P534P633P732P831P930P1029P1128P1227P1326P1425P1524P1623P1722P1821P1920P2019P2118P2217P2316P2415P2514P2613P2712P2811P2910P309P318P327P336P345P352F221F21

59

55

100K

32:SEG19
31:SEG20

17:SEG33

104Z

C75

101J

ZONE2

R7558

R7564

R7569

470

PRESET

SEG21
SEG22
SEG23
SEG24
SEG25
SEG26

SEG27
SEG28
SEG29
SEG30
SEG31
SEG32

VSS

SEG35

XIN

131415

R7519

27K

20

OFF

S7503

560

470

S7517

DIMMER

S7523

FR

33

SEG1834SEG1735SEG1636SEG1537SEG1438SEG1339SEG1240SEG1141SEG10

VP

SEG34

16

C7521
100/6.3

R7553

560

R7583

32
31
30
29
28
27
26
25
24
23
22
21
20
19
18
17

C7522
474J

R7559

R7570

ZONE

0

CD

S7511

R7565

560

LIS

560

PRESET

2V -

S7504

0

S7518

MODE>

S7524

DOWN

R7520
R7521
R7522

R7523

R7554

820

R7571

820

3.3K

3.3K
220
220

ZONE

R7560

820

VIDEO4

S7512

R7566

820

LIS

PRESET

1K

1K

R7545

R7546

JL7503A

JL7503B

4

1

R7592
R7591

3

2

42

SEG943SEG844SEG745SEG646SEG547SEG4

49:SEG2
50:SEG1

Q7502
M66005

64:DIG4

DIG005_RESET6_CS7SCK8SDATA9P110P011VCC112XOUT

DIG01

DIG02

2

3

4

330

ZONE2

S7502

R7557

470

S7509

TAPE

R7563

330

S7516

MEMORY

R7568
330

S7522

RETURN

C7519

R7552

470

104Z

VAJ
VBJ

49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64

101J

101J
101J

101J

48

SEG3

SEG0

VCC2
DIG15/SEG39
DIG14/SEG38
DIG13/SEG37
DIG12/SEG36
DIG11
DIG10
DIG9
DIG8
DIG7
DIG6
DIG5

DIG03

1

10K

10K

R7501

Q7503

2SC2712

C7514

C7515
C7516
C7517
C7518

R7551

S7501S7508

STANDBY

R7581

330

TUNER

5

TUN

S7515

MODE

SETUP

S7521

FLDRST
FLDCS
FLDCLK
FLDSDO
MICMUT

2V+

S7505

S7519

MODE<

S7525

UP

D7503

R7561

C7523

180

R7542

1.2K

VIDEO3

S7513

R7567

1.2K

R7572

1.2K

104Z

R7555

1.2K

PRESET

FF

C7508

C7509

ZONE2

Q7506

RN1402

S7520

STEREO

S7526

C7506
C7507 104Z
R7517

223Z

104Z

R7562

2.2K

R7576

2.2K

R7573

2.2K

R7518

D7501

UDZS8.2B

104Z

C7510

LEDZONE2

R7556

2.2K

104Z

220
220

LEDSBY

R7530

2.2K
D7502

STBY

MULTI

VIDEO2

TONE+

ENTER

C7511
33/50

C7513

473Z

S7507

S7514

S7530

S7527

R7579

3.9K

R7577

3.9K

R7574

3.9K

C7512

473Z

U7501

R7580

3.9K

L7502
022M

1
3
2

C7554

R7527

DVD

S7534

S7533

VIDEO1

S7531

TONE-

DISPALY

L7503

022M

2.2/50

100

R7578

S7528

R7528

1K

C7501

C7502

100/6.3

12K

C7504

104Z

+

473Z

R7529

100

Q7509

RN2402

TONE

S7532

C7505

L7501
022M

104Z

+5VM

REMIN

U073

HPDET

5

GNDD

4

HPL

3

HPE

2

JL7542B

HPR

1

E7621

L7622
L7623

R7721
R7722
L7621

C7622

102J

022M

022M

NAETC-8685

0
0

022M

C7621

102J

C7623

104Z
C7624

102K

5
4
2
3
7
8
1

3_5HPSTSW2

Val

P7602

Q7510

2SC2712

Q7515:A

Q7515:B

Q7607

RN1441

Q7605

RN1441

NE5532

NE5532

4

6

3

7

5

1

2

GNDA

8

MMUTE

MICOUT

R7613

R7611

Q7601:B

NE5532

-7V

10

R7623

220

220

+7V

10

R7621

MICDET

R7625

R7624

R7622

100

C7605
R7609

10/16

C7607

1

56K

56K

C7612

330J
33K

8

4

R7618

330

47/16

2
3

C7613

47/16

D7601

R7606

220K

R7607

JL7501A

V4C
V4Y
GNDV
V4V
V4LI

GNDA

V4RI
MICA
MICD

4.7K

R7703

C7610

UDZS5.1B

1K

R7605

101J

10/16

C7603

C7609

3
2
1

47/16

100K

330

R7600

Q7602

1
2
3
4
5
6
7
8
9

RN1441

JL7540A

7

NAETC-8684

3
2
1

JL7501B

U072

V4C

1
2

V4Y
GNDV

3

JL7540B

4

V4V
V4LI

5

GNDA

6
7

V4RI
MICA

8

MICD

9

102K

C7633

6
5

Q7601:A

NE5532

R7635

C7632

471J

C7631

471J

L7604
022M

102K

C7634

L7641

022M

C7641
100/16

75

R7633

R7631

330

E7501

R7641

75

R7634

75

L7603
022M

220

C7642

104Z

8
12
11

7

6
5

R7632

4

330

3
2
1

5
4
2
3
7
8
1

102K

C7600

GND TERMINAL

FAC2
FAC1

-VP

GNDFL

GNDD
GNDD

5VDIS

5VDIS

GNDV

GNDV

YSV4

GNDV

CSV4
GNDV
+5VM

MICDET

KINT3
KINT2
KINT1
KINT0

KEY3
KEY2
KEY1
KEY0

VAJ
VBJ

FLDRST

FLDCS
REMIN

FLDCLK

FLDSDO

LEDZONE2

LEDSBY

OPTF

GNDA

MICOUT

GNDA

V4L

GNDA

V4R

+7V

-7V

1
2
3

U7641

TORX177L

10

9

P7601

OUT
G

VCC

1
2
3
4

40
39
38
37
36
35
34
33
32
31
30
29
28
27
26
25
24
23
22
21
20
19
18
17
16
15
14
13
12
11
10

9
8
7
6
5
4
3
2
1

P7631

JL957A

CN40

1mmFFC

P7534B

DTR-5.6

A

BCDEFGH

SCHEMATIC DIAGRAM 10

XM RADIO SECTION (North American models)

NARF-8688

1

2

3

U08

XMSDI_L
XMSDO_L

XM_COM_SEL

XM_ERR_IRQ
XM_RESET

100K

R7101

R7103

100K

C7101

104Z

R7102

100K

C7102

102K

10
11
12

100K

R7104

1

LSDP

2

VSS

3

SC_TX_OUT

4

VDD

5

SC_RX_IN

6

VSS

7

CMD_SEL

8

VDD

9

ERR_IRQ
VSS
RST

104Z

C7118

45

46

47

48

VDD

SAII_EN

SAII_DA

COMM_RX_DIG

COMM_TX_DIG

COMM_TX_EN

13

14

15

16

100K

R7105

R7111

R7112

104Z

C7002

62

63

L7103

BK1608LM182

C7116

40

41

42

43

44

VSS

VSS

I2S_OCLK

I2S_LRCLK

VDD

SAII_CLK

Q7101

XMDTIC

F2602-01

12 SLAVE_SEL

VSS17VDD18COMM_RX_P

COMM_RX_M

VDD21VSS22COMM_TX_M

19

20

104Z

C7103

104Z

100

1K

C7104

R7113

1K

R7114

100

C7003

100/16

57

58

59

61

60

104Z

37

38

39

VSS

I2S_CLK

HSDP_EN

HSDP_CLK

HSDP_DA

OSC_OUT

COMM_TX_P

23

24

C7106

54

55

56

I2S_OCLK
I2S_SCLK
I2S_SDO
I2S_LRCLK

I2S_DA

VSS

VDD

VSS

TEST

VSS

OSC_IN

VDD

VSS

VSS

C7105

104Z

104Z

52

53

36
35
34
33
32
31
30
29
28
27
26
25

C7114

C7111

49

C7115

104Z

C7113

C7112

104Z

040C

100/16

080D

R7116

1M

R7115

680

L7105

022K

DAC_RESET

X7101

45.1584MHz

R7117

R7118
R7119
R7120
R7121

+3.3VVDD

102K

C7119

100

330
330
330
0

R71270R7128

R71260

1

MCLK

2

BICK

3

SDTI

4

LRCK

Q7102

5

PDN

6

SMUTE/CSN

7

ACKS/CCLK

8

DIF0/CDTI9P/S

0

C7007

022K

L7001

16

DZFL

15

DZFR

14

VDD

13

VSS

12

VCOM

AK4384ET

11

AOUTL

10

AOUTR

Q7004
TA48033AF
3

1

O

I

G

2

470/6.3

XM_PWR_CTRL

C7121

1

C7006

C7123

470/6.3
C7122

104Z

C7120

104Z

O3I
Q7105

78L05

104Z

10/50

2

G

C7125

10/50

C7137

C7124

10/50

104Z

L7104
022K

R7130

2.2K

R7142

100K

R7143

R7131

2.2K

C7134

104Z

100K

R7132

2.2K

C7126

R7133

2.2K

1
2
3
4

C7128

821J

821J

R7134
R7135

821J

C7127

C7129

821J

C7135

104Z

GND
IN
IN
EN

Q7104

TPS2011AD

3
2

6
5

8

Q7103

R7136

3.3K
R7137

Q7103

4

OUT
OUT
OUT
OUT

NE5532APSR

1

2.2K

3.3K

2.2K
7

NE5532APSR

8
7
6
5

C7130

10/50

C7131

10/50

R_OUT

C7132

C7133

22

R7139

22

R7138

L_OUT

100/16

100/16

R7141

22

R7140

22

L7102

BLM21PG221SN1

C7136

100/16

L7101

BLM21PG221SN1

4
3
2
1

GND

D+
+V

P7102

D-

P9364P92

P100

AVSS

VREF

1

P91

1K

R7001

10
11
12
13
14
15
16

2
3
4
5
6
7
8
9

P90
CNVSS
P87
P86
RESET
XOUT
VSS
XIN
VCC
P85
P84
P83
P82
P81
P80

10K

R7002

C7001

104Z

R7003

1K

4

RESET

CNVSS

X7001

20MHz

R7033

10K

5

AVCC

M30281FAHP

P7718P7619P7520P7421P7322P7223P7124P7025P6726P6627P6528P6429P3330P3231P3132P30

17

1K

1K

1K

R7005

R7006

R7007

MSREQ

MCLK

MHREQ

P103

P102

P101

Q7001

220

1K

1K

R7008

R7009

R7010

MSDI

MSDO

CNVSS

RESET

P105

P104

220

220

R7011

R7012

FW_RXD

FW_SCLK

P107

P106

220

R7013

DAC_RESET

VCC

FW_TXD

FW_BUSY

1K

R7014

GND

P0250P0151P00

P03
P15
P16
P17
P20
P21
P22
P23
P24
P25
P26
P27
P60
P61
P62
P63

P7001A

123456789

R7024

1K

R7023
R7022

1K

R7021

R7018

XM_PWR_CTRL

XM_ERR_IRQ

1K

1K

XM_RESET

XM_COM_SEL

220

XMSDI_L

XMSDO_L

R7017

220

MSDO
MSREQ

MSDI
MCLK
MHREQ

RESET

R7004

10K

Q7003

TC74HCT7007AF

1
2
3
4
5
6
7

GND8OUT4

11

Y8

12

Y7

13

Y6

14

Y5

15

Y4

16

Y3

17

Y2

18

Y1

19

_G2

20

VCC1_G1

104Z

C7004

14

VCC

13

IN6

12

OUT6

11

IN5

10

OUT5

9

IN4

10

GND

9

A8

8

Q7002

A7

7

A6

6

A5

5

A4

4

A3

3

A2

2

A1

TC74VHC541FT

C7005

104Z

D7001

R7025

220

UDZS5.1B

10K

R7032

XMSDO
XMCLK

XMREQ1
XMRST

L_OUT
AGND
R_OUT
+12V

-12V
GND

+5V
XMSDO

XMSDI
XMCLK
XMREQ1
XMREQ2
XMRST

13
12
11
10

9
8
7
6
5
4
3
2
1

P710B

48
47
46
45
44
43
42
41
40
39
38
37
36
35
34
33

DTR-5.6

3

6

r

h

A

BCD

PRINTED CIRCUIT BOARD CONNECTION DIAGRAM

1

2

3

4

P907B

NAETC-8671

P906B

U047

AC inlet

Sch. 7

P908

NAPS-8664

Primary
circuit

P901A

P907A

P906A

Sch. 7

U04

Power

transformer

P912

Sch. 7

P905A

P910

P904A

T902

JL9501A

NAPS-8673

52A
JL69

P6904A

P6900A

NAPS-8679

JL911A

U049

U065

P6903A

P5501

JL911B

JL9501B

JL957B

P951

P5502

P5503

U042

Headphone
terminal

Sch. 9

P5505

P5506

Secondary circuit

P955

U073

P5507

P5504

NAPS-8665

Sch. 8

P959B

P959A

JL7542B

NAETC­8685

NAETC-8687

JL7503B

P954B

P954A

JL7452A

P7602

U075

Volume

Sch. 9

P3105B

P701A

Sch. 10

P7101A

P710B

P3104B

P2005A

U032

P710A

JL703B

JL703A

U062

Thermal
detector

Sch. 5

NAETC­8680

XM radio

US MODEL ONLY

P7102

U08

NARF-8688

P7005A

JL101B

P7001A

P2004A

NAAR­8661

Main
microprocesso

P7534A

P702

P310

P

Sc

TUNER

JL957A

U07

NADIS-8683

P7534B

JL7503A

PACK

U011

Display circuit

Sch. 9

JL7501B

JL7504A

5

JL7501A

U7641

P7601

Front video

JL7540B

Sch. 9

8684

P7631

NAETC-

U072

DTR-5.6

O

A

BCD

PRINTED CIRCUIT BOARD CONNECTION DIAGRAM

o

NLY

1

88

1B

1A

2

P3103B

P602B

Sch. 3

cessor

P601B

P2007

JL2006

P2003

U02

P2002

Video circuit

NAVD-8657

Sch. 1

P2005

P3102B

NADG-8660

P2001

P2202

P2305A

P2201

P2004

P602A

P601A

P3101B

U03

DSP

Sch. 2

P801A

JL6602A

JL6602B

U101 U102 U103 U104 U105

P101

P102

P6602

Speaker
terminal C

NAETC-

8667

Sch. 7

P6600

NAETC-8666

JL6600B

U044

JL6603B

U043

Sch. 7

Speaker terminal

P6607P6605

JL2006B

Amplifier

U06

Sch. 4 & 5

NAAF-8678

P5004B

P3105A

JL6952B

P6904B

P6903B

P6900B

P3104A

NAAF­8668

P5004A

Sch. 6

P6000A

U045

P6001A

P6002A

P6003A

P6004A

Driver
circuit

3

JL6600A

P6080

R6040

P6081

R6041

P6000A

P6001A

JL6603A

4

P6083

P6084

P6002A

P6003A

P6004A

P6082

R6042

R6043

U064

5

R6044
P6085

P6005A

P3103A

072

R6045

JL6200A

P3102A

P3101A

JL6006A

P6005A

R6046

JL6200B

JL6006B

NAAF-8682

P6086

Surround
back
amplifier

Sch. 5

DTR-5.6

A

BCDEFGH

PRINTED CIRCUIT BOARD CONNECTION DIAGRAM

1

2

3

P907B

NAETC-8671

P908

P906B

U047

AC inlet

Sch. 7

NAPS-8664

Primary
circuit

P901A

P907A

P906A

Sch. 7

U04

Power

transformer

P912

Sch. 7

P905A

P910

P904A

T902

NAPS-8673

JL911A

JL9501A

U049

P5501

JL911B

JL9501B

JL957B

P951

P5502

P5503

U042

P5507

P5505

P5506

Secondary circuit

NAPS-8665

Sch. 8

P955

P959B

U073

P5504

P959A

P954B

P954A

JL7452A

P3105B

P701A

US MODEL ONLY

Sch. 10

P7005A

P7101A

P710B

P3104B

P2005A

U032

P710A

JL703B

P702

XM radio

P7102

U08

NARF-8688

JL101B

P7001A

P3103B

P2004A

NAAR­8661

P602B

Sch. 3

Main
microprocessor

P7534A

P601B

P2007

JL2006

P2003

U02

P2002

Video circuit

NAVD-8657

Sch. 1

P2005

P3102B

NADG-8660

P2001

P2202

P2305A

P2201

P2004

P602A

P601A

P3101B

U03

DSP

Sch. 2

JL6952B

P801A

P101

P102

P6602

JL6602A

JL6600B

JL6602B

U101 U102 U103 U104 U105

U044

Speaker
terminal C

NAETC-

8667

Sch. 7

P6600

NAETC-8666

JL6603B

U043

Sch. 7

Speaker terminal

P6607P6605

JL2006B

JL6952A

P6904A

P6900A

P6903A

NAPS-8679

U065

terminal

Sch. 9

4

Headphone

JL957A

U07

P7534B

NADIS-8683

JL7542B

NAETC­8685

JL7503B

JL7503A

Display circuit

Sch. 9

5

JL7504A

JL7501A

P7602

U075

Volume

Sch. 9

NAETC-8687

TUNER
PACK

Front video

U011

U7641

P7601

JL703A

U062

Thermal
detector

Sch. 5

NAETC­8680

JL7501B

JL7540B

Sch. 9

NAETC-

8684

P7631

U072

P6080

R6040

P6081

R6041

P6082

R6042

P6083

R6043

R6044

R6045

JL6200A

JL6600A

P6001A

P6084

P6085

P6000A

JL6603A

P6002A

P6003A

P6004A

P6005A

P3102A

Amplifier

U06

Sch. 4 & 5

NAAF-8678

P5004B

P3105A

P6904B

P6903B

P6900B

P3104A

P3103A

P3101A

NAAF­8668

P5004A

Sch. 6

JL6006A

P6000A

U045

P6001A

P6002A

P6003A

P6004A

P6005A

Driver
circuit

R6046

JL6200B

JL6006B

NAAF-8682

P6086

U064

Surround
back
amplifier

Sch. 5

DTR-5.6

A

PRINTED CIRCUIT BOARD VIEW 1-1
Digital section

NAAR-8661, Main microprocessor PC board

U032

1

2

BCDE

U033

NAETC-8662,
Front video
PC board

3

4

DTR-5.6

A

PRINTED CIRCUIT BOARD VIEW 1-1
Digital section

1

2

BCDE

3

U03

4

NADG-8660, DSP circuit PC board

DTR-5.6

,p

d

A

PRINTED CIRCUIT BOARD VIEW 1-2
Digital section

1

2

BCDE

3

4

DTR-5.6

g

n

d

A

PRINTED CIRCUIT BOARD VIEW 1-2
Di

ital sectio

1

2

BCDE

3

NADG-8660, DSP circuit PC boar

4

DTR-5.6

A

BCD

PRINTED CIRCUIT BOARD VIEW 2 Amplifier section

NAAF-8678, Power amplifier PC board

U06

1

2

3

4

5

DTR-5.6

A

BCD

PRINTED CIRCUIT BOARD VIEW 2 Amplifier section

NAAF-8678, Power amplifier PC board

1

2

U064

NAAF-8682,
Surround back
amplifier PC
board

U061

NAPS-8679,
Power

3

transformer
PC board

U06

4

5

U062

NAETC-8680,
Thermal detector
PC board

DTR-5.6

p

n

6

d

A

BCD

PRINTED CIRCUIT BOARD VIEW 2-2 Am

1

2

lifier sectio

3

4

5

U0

NAAF-8678, Power amplifier PC boar

DTR-5.6

3

5

A

BCD

PRINTED CIRCUIT BOARD VIEW 2-2 Amplifier section

DTR-5.6

A

PRINTED CIRCUIT BOARD VIEW 3

DISPLAY SECTION

1

2

BCD

U072

NAETC-8684,
Front video PC b

U07

NADIS-8683,
Display circuit PC board

3

4

5

DTR-5.6

1

2

4,
PC board

A

U073

BCD

NAETC-8685,
Headphone terminal PC board

U075

NAETC-8687,
Volume PC board

PRINTED CIRCUIT BOARD VIEW 3

DISPLAY SECTION

3

4

U07

5

NADIS-8683,
Display circuit PC board

DTR-5.6

,

t

d

,

board

,

Volume PC board

,

l

d

2

3

5

A

BCD

PRINTED CIRCUIT BOARD VIEW 3 DISPLAY SECTION

NAETC-8685

7

Headphone termina

1

PC boar

7

NAETC-8687

2

7

NAETC-8684

PC

NADIS-8683
Display circui
PC boar

3

4

5

DTR-5.6

3

5

,

t

d

,

board

A

BCD

PRINTED CIRCUIT BOARD VIEW 3 DISPLAY SECTION

84

PC

NADIS-8683
Display circui
PC boar

DTR-5.6

12

a

A

BCD

PRINTED CIRCUIT BOARD VIEW 4 Power supply and Driver sections

1

2

NAAF-8668, Driver circuit PC board

U045

U046

U043

NAETC-8666, Spe

NASW-8669,
Power switch
PC board

3

U04

NAPS-8664, Primary circuit PC board

4

5

DTR-5.6

A

BCD

PRINTED CIRCUIT BOARD VIEW 4 Power supply and Driver sections

1

U042

NAPS-8665, Secondary
circuit PC board

2

Speaker terminal PC board

U044

NAETC-8667,
Speaker terminal C
PC board

3

4

5

DTR-5.6

d

A

PRINTED CIRCUIT BOARD VIEW

DIGITAL AND MAIN MICRO­PROCESSOR PC BOARD

1

2

BCDEFGH

NADG-8660, DSP circuit PC board

3

U033

NAETC-8662,
Front video PC board

4

5

U03

NAAR-8661,Main micropocessor PC boar

d

DTR-5.6

,p

A

PRINTED CIRCUIT BOARD VIEW

DIGITAL AND MAIN MICRO­PROCESSOR PC BOARD

1

2

BCDEFGH

U033

3

4

5

NADG-8660, DSP circuit PC boar

DTR-5.6

A

PRINTED CIRCUIT BOARD VIEW

POWER AMPLIFIER
SECTION

1

2

BCDEFGH

NAAF-8678,Power amplifier PC board

U06

U064

NAAF-8682,
Surround back
amplifier PC board

U061

NAPS-8679,
Power transformer
terminal PC board

3

4

U062

5

NAETC-8680,
Thermal detector
PC board

DTR-5.6

w

d

A

PRINTED CIRCUIT BOARD VIEW

AMPLIFIER SECTION
PC BOARD

1

2

BCDEFGH

3

4

5

U06

NAAF-8678,Po

er amplifier PC boar

DTR-5.6

A

PRINTED CIRCUIT BOARD VIEW

DISPLAY CIRCUIT PC BOARD

1

2

BCDEFGH

NAETC-8685,

U073

U072

NAETC-8684,
Front video PC board

Headphone terminal
PC board

U075

NAETC-8687,
Volume PC board

3

4

U07

5

NADIS-8683,
Display circuit PC board

,

C

,

board

,

Volume PC board

DTR-5.6

BOARD VIEW

D

,

l

d

2

3

5

A

DISPLAY CIRCUIT P BOAR

1

2

BCDEFGH

NAETC-8685

7

Headphone termina
PC boar

7

NAETC-8687

7

NAETC-8684

PC

3

4

NADIS-8683

5

boardDisplay circuit P

12

DTR-5.6

A

PRINTED CIRCUIT BOARD VIEW
Power supply and
Driver sections

1

2

BCDEFGH

U044

NAETC-8667,
Speaker terminal C
PC board

U042

NAPS-8665, Secondary
circuit PC board

U045

NAAF-8668, Driver circuit PC board

U043

NAETC-8666, Speaker terminal PC board

U049

NAETC-8673,
Transfomer terminal
PC board

3

NASW-8669,
Power switch
PC board

U04

NAPS-8664, Primary circuit PC board

4

5

IC BLOCK DIAGRAMS AND DESCRIPTIONS

ADV7172 (Digital PAL/NTSC Video Encoder with Six DACs (10-Bits))

BLOCK DIAGRAM

DTR-5.6

HSYNC

FIELD/

VSYNC

BLANK
RESET

TTX

TTXREQ

P0-P7

(COLOR

DATA)

14
15
16
44
41
40

2
|
9

CLOCK

48

4:2:2 TO

INTER-

POLATOR

43

TELETEXT

INSERTION BLOCK

8 8

8

4:4:4

8

PIN LAYOUT

PAL_NTSC

10

VIDEO TIMING

GENERATOR

VCrCb

TO

YUV

MATRIX

CSO_HSO45VSO14CLAMP

BRIGHTNESS AND

CONTRAST CONTROL

Y

U

8
8V

ADD SYNC

INTERPOLATOR

SATURATION CONTROL

ADD BURST

INTERPOLATOR

SCLOCK21SDATA

20

2

I C MPU PORT

10

10

10

REAL-TIME

CONTROL CIRCUIT

39

SCRESET/RTC

ALSB

LUMA

FILTER

FILTER

CHROMA

FILTER

1

17

PROGRAMMABLE

SHARPNESS

PROGRAMMABLE

VAA

11192730323446

12,13,18,26,31,47

GND

YUV TO

RGB

MATRIX

YUV

LEVEL

CONTROL

BLOCK

MODULATOR

HUE

CONTROL

10 10

SIN/COS

DDS SLOCK

10

10

10

10
10
10

10

10BIT

DAC

10

10BIT

DAC

10

10BIT

MULTI-PLEXER

DAC

DAC

CONTROL

BLOCK

10

10BIT

DAC

10

10BIT

DAC

MULTI-PLEXER

10

10BIT

DAC

DAC

CONTROL

BLOCK

35

33

29

37
22
23

25

24

28

38
36

DAC A

DAC B

DAC C

VREF
RESET2
COMP2

DAC E

DAC F

DAC D

RESET1
COMP1

VAA

CSO_HSO

V

GND

CLOCK

GND

VAAVSO

RESET

48

47 46 45 44 43 42 41 40 39 38 37

1
2

P0
P1

3
4

P2
P3

5

P4

6

P5

7

P6

8

P7

9
10
11

AA

12

13 14 15 16 17 18 19 20 21 22 23 24

GND

HSYNC

PAL_NTSC

TOP VIEW

GND

ALSB

BLANK

FIELD/VSYNC

CLAMP

TTX

AA

V

SCLOCK

ESET1

TTXREQ

SCRESET/RTC

R

ESET2

R

SDATA

COMP2

VREF

36
35
34
33
32
31
30
29
28
27
26
25

DAC F

COMP1
DAC A
V

AA

DAC B
V

AA

GND

AA

V
DAC C
DACD

AA

V
GND
DAC E

IC BLOCK DIAGRAMS AND DESCRIPTIONS

ADV7172 (Digital PAL/NTSC Video Encoder with Six DACs (10-Bits))

TERMINAL DESCRIPTION

No. Name I/O Description

DTR-5.6

9-2
48

14

15

16

39

37
38

22

36

23
35
33
29
28
25
24
20
21
42
43
45
10
17
44

41
40
1, 11, 19, 27, 30, 32, 34, 46
12, 13, 18, 26, 31, 47

P7-P0
CLOCK

HSYNC

FIELD/VSYNC

BLANK

SCRESET/RTC

V

REF

RSET1

RSET2

COMP1

COMP2
DAC A
DAC B
DAC C
DAC D
DAC E
DAC F
SCLOCK
SDATA
CLAMP
PAL_NTSC
VSO
CSO_HSO
ALSB
RESET

TTX
TTXREQ

AA

V
GND

I

8-Bit 4:2:2 Multiplexed YCrCb Pixel Port (P7-P0) P0 represents the LSB.

I

TTL Clock Input. Requires a stable 27 MHz reference clock for standard operation. Alternatively,
a 24.5454 MHz (NTSC) or 29.5 MHz (PAL) can be used for square pixel operation.

I/O

HSYNC (Modes 1 and 2) Control Signal. This pin may be configured to output (Master
Mode) or as an input and accept (Slave Mode) Sync signals.

I/O

Dual Function FIELD (Mode 1) and VSYNC (Mode 2) Control Signal. This pin may be
configured to output (Master Mode) or as an input (Slave Mode) and accept these
control signals.

I/O

Video Blanking Control Signal. The pixel inputs are ignored when this is Logic Level "0"
This signal is optional.

I

This pin can be configured as an input by setting MR42 and MR41 of Mode Register 4. It
can be configured as a subcarrier reset pin, in which case a low-to-high transition on this
pin will reset the subcarrier phase to Field 0. Alternatively it may be configured as a Real­Time Control (RTC) Input.

I/O

Voltage Reference Input for DACs or Voltage Reference Output (1.235 V).

I

A 150 ohms resistor connected from this pin to GND is used to control full-scale amplitudes
the Video Signals from DACs A, B, and C (the "large" DACs).

I

A 600 ohms resistor connected from this pin to GND is used to control full-scale amplitudes
the Video Signals from DACs D, E, and F (the "small" DACs).

O

Compensation Pin for DACs A, B, and C. Connect a 0.1 uF Capacitor from COMP to

AA. For Optimum Dynamic Performance in Low Power Mode, the value of the

V
COMP1 capacitor can be lowered to as low as 2.2 nF.
Compensation Pin for DACs D, E, and F. Connect a 0.1 uF Capacitor from COMP to VAA.

O

GREEN/Composite/Y Analog Output. This DAC is capable of providing 34.66 mA output.

O

BLUE/S-Video Y/U Analog Output. This DAC is capable of providing 34.66 mA output.

O

RED/S-Video C/V Analog Output. This DAC is capable of providing 34.66 mA output.

O

GREEN/Composite/Y Analog Output. This DAC is capable of providing 8.66 mA output.

O

BLUE/S-Video Y/U Analog Output. This DAC is capable of providing 8.66 mA output.

O

RED/S-Video C/V Analog Output. This DAC is capable of providing 8.66 mA output.

O

MPU Port Serial Interface Clock Input.

I

MPU Port Serial Data Input/Output.

I/O

TTL Output Signal to external circuitry to enable clamping of all video signals.

O

Input signal to select PAL or NTSC mode of operation, pin set to Logic "1" selects PAL.

I

VSO TTL Output Sync Signal.

O

Dual Function CSO or HSO TTL Output Sync Signal.

O

TTL Address Input. This signal sets up the LSB of the MPU address.

I

The input resets the on-chip timing generator and sets the ADV7172/ADV7173 into

I

default mode. This is NTSC operation, Timing Slave Mode 0, DACs A, B, and C powered
OFF, DACs D, E, and F powered ON, Composite and S-Video out.
Teletext Data Input Pin.

I

Teletext Data Request output signal used to control teletext data transfer.

O

Power Supply (3 V to 5 V).

P

Ground Pin.

G

IC BLOCK DIAGRAMS AND DESCRIPTIONS

ADV7183 (Advanced Video Decoder with 10-Bit ADC and Component Support)

BLOCK DIAGRAM

P15-P0

PIXEL

O/P PORT

DTR-5.6

ADV7183

ISO

REFOUT

AIN1

AIN2

AIN3

AIN4

AIN5

AIN6

ANALOG I/P

MULTIPLEXING

AUTOMATIC

GAIN

CONTROL

(AGC)

CLAMP AND
DC RESTRE

PWRDN

TERMINAL DESCRIPTION

Pin Mnemonic Input/Output Function

1 VS/VACTIVE O VS or Vertical Sync. A dual-function pin, (OM_SEL[1:0] = 0, 0) is an

2 HS/HACTIVE O

3, 14 DVSSIO G Digital I/O Ground
4, 15 DVDDIO P Digital I/O Supply Voltage (3.3 V)
5-8, 19-24, P15-P0 O Video Pixel Output Port. 8-bit multiplexed YCrCb pixel port (P15-P8),

32, 33, 73-76
9, 31, 71 DVSS1-3 G Ground for Digital Supply
10, 30, 72 DVDD1-3 P Digital Supply Voltage (3.3 V)
11 AFF O Almost Full Flag. A FIFO control signal indicating when the FIFO has

12 HFF/QCLK/GL I/O Half Full Flag. A multifunction pin, (OM_SEL[1:0] = 1, 0) is a FIFO

13 AEF O Almost Empty Flag. A FIFO control signal, it indicates when the FIFO

16 CLKIN I Asynchronous FIFO Clock. This asynchronous clock is used to output

17, 18, 34, 35 GPO[3:0] O General-Purpose Outputs controlled via I

SHAPING

AND

NOTCH LPF

10-BIT

ADC

27MHz

10-BIT

ADC

VIDEO TIMING AND
CONTROL BLOCK

HSYNC FIELD VSYNC HREF VREF CLOCK

LUMA

ANTIALIAS

LPF

SWITCH

PEAKING

HPF/LPF

SUB-

CARRIER

RECOVERY

DTO

CHROMA

ANTIALIAS

LPF

27MHz XTAL

OSCILLATOR

BLOCK

output signal that indicates a vertical sync with respect to the YUV pixel
data. The active period of this signal is six lines of video long. The polarity
of the VS signal is controlled by the PVS bit. VACTIVE (OM_SEL[1:0] =
1, 0 or 0, 1) is an output signal that is active during the active/viewable
period of a video field. The polarity of VACTIVE is controlled by PVS bit.

HS or Horizontal Sync. A dual-function pin, (OM_SEL[1:0] = 0, 0) is a
programmable horizontal sync output signal. The rising and falling edges
can be controlled by HSB[9:0] and HSE[9:0] in steps of 2 LLC1. The polarity
of the HS signal is controlled by the PHS bit. HACTIVE (OM_SEL[1:0]=
1, 0 or 0, 1) is an output signal that is active during the active/viewable
period of a video line. The active portion of a video line is programmable on
the ADV7183. The polarity of HACTIVE is controlled by PHS bit.

16-bit YCrCb pixel port (P15-P8 = Y and P7-P0 = Cb,Cr).

reached the almost full margin set by the user (use FFM[4:0]). The polarity
of this signal is controlled by the PFF bit.

control signal that indicates when the FIFO is half full. The QCLK
(OM_SEL[1:0] = 0, 1) pin function is a qualified pixel output clock when
using FIFO SCAPI mode. The GL (OM_SEL[1:0] = 0, 0) function
(Genlock output) is a signal that contains a serial stream of data that contains
information for locking the subcarrier frequency. The polarity of HFF signal
is controlled by PFF bit.

has reached the almost empty margin set by the user (use FFM[4:0]). The
polarity of this signal is controlled by PFF bit.

data onto the P19-P0 bus and other control signals.

RESAMPLING

AND

HORIZONTAL

SCALING

SYNC

DETECTION

RESAMPLING

AND

HORIZONTAL

SCALING

SHAPING

LPF

CLOCK

LUMA
DELAY
BLOCK

2H LINE

MEMORY

CHROMA

COMB

FILTER

I2C-COMPATIBLE
INTERFACE PORT

SCLOCKRESET ALSB

SDATA

2

C

FIFO CONTROL

BLOCK

AND

PIXEL

OUTPUT

FORMATTER

LLC

SYNTHESIS

WITH LINE-

LOCKED
OUTPUT

CLOCK

AFF

HFF/QCLK

AEF

DV

RD

OE

GL/CLKIN

LLC1

LLC2

LLCREF

ELPF

IC BLOCK DIAGRAMS AND DESCRIPTIONS

ADV7183 (Advanced Video Decoder with 10-Bit ADC and Component Support)

TERMINAL DESCRIPTION

Pin Mnemonic Input/Output Function

25 LLCREF O Clock Reference Output. This is a clock qualifier distributed by the inter-

26 LLC2 O Line-Locked Clock System Output Clock/2 (13.5 MHz)
27 LLC1/PCLK O Line-Locked Clock System Output Clock. A dual-function pin (27 MHz 5%)

28 XTAL1 O Second terminal for crystal oscillator; not connected if external clock

29 XTAL I Input terminal for 27MHz crystal oscillator or connection for external

36 PWRDN I Power-Down Enable. A logical low will place part in a power-down status.
37 ELPF I This pin is used for the External Loop Filter that is required for the LLC PLL.
38 PVDD
39

40, 47, 53, 56,
63

41, 43, 45, 57,
59, 61

42, 44, 46, 58,
60, 62

48, 49
50
51
52
54, 55
64
65

66

67
68
69

70

77

78

79

80

PVSS G

AVSS

AVSS1-6

AIN1-6

CAPY1-2
AVDD
REFOUT
CML
CAPC1-2
RESET
ISO

ALSB

SDATA
SCLK
VREF/VRESET

HREF/HRESET

RD

DV

OE

FIELD

P

G

G

I

I
P
O
O
I
I/O
I

I

I/O
I
O

O

I

O

I

O

nal CGC for a data rate of LLC2. The polarity of LLCREF is controlled
by the PLLCREF bit.

or a FIFO output clock ranging from 20 MHz to 35 MHz.

source is used.

oscillator with CMOS-compatible square wave clock signal

Ground for Analog Supply

Analog Input Channels. Ground if single-ended mode is selected. These
pins should be connected directly to REFOUT when differential mode is
selected.
Video Analog Input Channels

ADC Capacitor Network
Analog Supply Voltage (5 V)
Internal Voltage Reference Output
Common-Mode Level for ADC
ADC Capacitor Network
System Reset Input. Active Low.
Input Switch Over. A low to high transition on this input indicates to the

decoder core that the input video source has been changed externally and
configures the decoder to reacquire the new timing information of the new
source. This is useful in applications where external video muxes are used.
This input gives the advantage of faster locking to the external muxed
video sources. A low to high transition triggers this input.

TTL Address Input. Selects the MPU address:

MPU address = 88h ALSB = 0, disables I C filter

MPU address = 8Ah ALSB = 1, enables I C filter
MPU Port Serial Data Input/Output
MPU Port Serial Interface Clock Input
VREF or Vertical Reference Output Signal. Indicates start of next field.

VRESET or Vertical Reset Output is a signal that indicates the beginning
of a new field. In SCAPI/CAPI mode this signal is one clock wide and
active low relative to CLKIN. It immediately follows the HRESET pixel,
and indicates that the next active pixel is the first active pixel of the next field.

HREF or Horizontal Reference Output Signal. A dual-function pin
(enabled when Line-Locked Interface is selected, OM_SEL[1:0] = 0,0),
this signal is used to indicate data on the YUV output. The positive slope
indicates the beginning of a new active line; HREF is always 720 Y samples
long. HRESET or Horizontal Reset Output (enabled when SCAPI or
CAPI is selected, OM_SEL[1:0] = 0, 1 or 1, 0) is a signal that indicates the
beginning of a new line of video. In SCAPI/CAPI this signal is one clock
cycle wide and is output relative to CLKIN. It immediately follows the last
active pixel of a line. The polarity is controlled via PHVR.

Asynchronous FIFO Read Enable Signal. A logical high on this pin enables
a read from the output of the FIFO.

DV or Data Valid Output Signal. In SCAPI/CAPI mode, DV performs to
functions, depending on whether SCAPI or CAPI is selected. It toggles
high when the FIFO has reached the AFF margin set by the user, and
remains high until the FIFO is empty. The alternative mode is where it can
be used to control FIFO reads for bursting information out of the FIFO. In
API mode DV indicates valid data in the FIFO, which includes both pixel
information and control codes. The polarity of this pin is controlled via PDV.
Output Enable Controls Pixel Port Outputs. A logic high will three-state
P19-P0.

ODD/EVEN Field Output Signal. An active state indicates that an even
field is being digitized. The polarity of this signal is controlled by the PF bit.

2

2

DTR-5.6

IC BLOCK DIAGRAMS AND DESCRIPTIONS(XM radio only)

TPS2012AD/MAX1930ESA(POWER-DISTRIBUTION)

1

GND

2

IN

3

IN

4

EN

M30281FAHP(XM MICROPROCESSOR)

OUT
OUT
OUT
OUT

8
7
6
5

1
2,3
4
5~8

EN

Enable input. Logic low turns power switch on.

IN

Input voltage

GND

Ground

OUT

Power switch output

DTR-5.6

55

56

P104

P103

FW_RXD

FW_TXD

52

53

54

P107

P106

P105

FW_BUSY

FW_SCLK

49

P0250P0151P00

P03
P15
P16
P17
P20
P21
P22
P23
P24
P25
P26
P27
P60
P61
P62
P63

DAC_RESET

48
47
46
45
44
43
42
41
40
39
38
37
36
35
34
33

XM_PWR_CTRL

XM_ERR_IRQ
XM_RESET
XM_COM_SEL

XMSDI_L

XMSDO_L

CRYSTAL
OSC.
20MHz

1
2
3
4
5
6
7
8

9
10
11
12
13
14
15
16

60

62

63

P9364P92

P91
P90
CNVSS
P87
P86
RESET
XOUT
VSS
XIN
VCC
P85
P84
P83
P82
P81
P80

AVCC

P7718P7619P7520P7421P7322P7223P7124P7025P6726P6627P6528P6429P3330P3231P3132P30

17

57

58

59

61

P102

P101

P100

AVSS

VREF

Q7001

M30281FAHP

MSDI

MSREQ

MCLK

MSDO

MHREQ

No. PIN NAME I/O DESCRIPTION

3 Cnvss Connect to Vcc.
5 FW_CE I Port for writing flash.
6 ~RESET I Reset input
7 Xout Connect to the crystal oscillator.
8 Vss Ground for power supply

9 Xin Connect to the crystal oscillator.
10 Vcc Power supply Vcc
20 MHREQ I Request signal to transfer the serial data from main microprocessor. (System)
21 MSREQ O Request signal to transfer the serial data to main microprocessor. (Local)
22 MCLK I Serial clock input from main microprocessor.
23 MSDI I Serial data input from main microprocessor.
24 MSDO O Serial data output to main microprocessor.
25 FW_TXD O Port for writing flash.
26 FW_RXD I Port for writing flash.
27 FW_SCLK I Port for writing flash.
28 FW_BUSY O Port for writing flash.
29 DACSDO O Serial data output for DAC.
30 DACRESET O Reset output for DAC.
31 DACCS O Serial communication chip select for DAC.
32 DACCLK O Serial communication clock for DAC.
33 XMSDO O Serial data output for XM IC.
34 XMSDI I Serial data input for XM IC.
43 XM_COM_SEL O Command select output for XM IC.
44 XM_RESET O Reset output for XM IC.
45 XM_ERR_IRQ I Error interrupt request line for XM IC.
46 FW_P16 I Port for writing flash.
48 XM_PWR_CTRL O Power supply control for XM IC.
59 AVSS Ground for A/D converter.
61 Vref Reference power supply for A/D converter.
62 AVcc Power supply for A/D converter.

IC BLOCK DIAGRAMS AND DESCRIPTIONS

K

∆Σ

AK4384(106dB 192kHz 24-Bit 2ch DAC)

DTR-5.6

SMUTE/CSN

ACKS/CCL

DIF0/CDTI

LRCK

BICK

SDTI

MCLK

Clock

Divider

∆Σ

Modulator

∆Σ

Modulator

SCF

LPF

SCF

LPF

P/S

ATT

ATT

De-emphasis

Control

8X

Interpolator

8X

Interpolator

µP

Interface

Audio

Data

Interface

PDN

No. Pin Name I/O Function

1 MCLK I Master Clock Input Pin

An external TTL clock should be input on this pin.
2 BICK I Audio Serial Data Clock Pin
3 SDTI I Audio Serial Data Input Pin
4 LRCK I L/R Clock Pin
5 PDN I Power-Down Mode Pin

When at “L”, the AK4384 is in the power-down mode and is held in reset. The

AK4384 should always be reset upon power-up.

SMUTE I Soft Mute Pin in parallel mode

6

“H”: Enable, “L”: Disable

CSN I Chip Select Pin in serial mode

7

ACKS I Auto Setting Mode Pin in parallel mode

“L”: Manual Setting Mode, “H”: Auto Setting Mode

CCLK I Control Data Clock Pin in serial mode
DIF0 I Audio Data Interface Format Pin in parallel mode 8
CDTI I Control Data Input Pin in serial mode

9 P/S I

Parallel/Serial Select Pin (Internal pull-up pin)

“L”: Serial control mode, “H”: Parallel control mode

10 AOUTR O Rch Analog Output Pin
11 AOUTL O Lch Analog Output Pin
12 VCOM O Common Voltage Pin, VDD/2

Normally connected to VSS with a 0.1µF ceramic capacitor in parallel with a

10µF electrolytic cap.
13 VSS - Ground Pin
14 VDD - Power Supply Pin
15 DZFR O Rch Data Zero Input Detect Pin
16 DZFL O Lch Data Zero Input Detect Pin

Note: All input pins except pull-up pin should not be left floating.

VDD

VSS

VCOM

DZFL

DZFR

AOUTL

AOUTR

1
2
3
4
5
6
7
8

16
15
14
13
12
11
10

9

Pin Layout

IC BLOCK DIAGRAMS AND DESCRIPTIONS

BD3814FV(5.1ch Electronic Volume)

LM61C1Z(Temperature Sensor)

DTR-5.6

LOGIC

40
39
38
37
36
35
34
33
32
31
30
29
28
27
26
25
24
23
22
21

AGND10
VCC
AGND9
CL
DA
MUTE
DGND
AGND8
OUTSW
OUTSR
OUTSL
OUTC
OUTFR
OUTFL
BNF2L
BNF1L
BNF2R
BNF1R
TNFL
TNFR

+VS VOUT GND

+Vs=+2.7 to +10V
VOUT=10mV x T C+600mV
T:Temperature

INP1
INN1

OUT1

AGND1

INP2
INN2

OUT2

AGND2

INSW

AGND3

INSR

AGND4

INSL

AGND5

INC

AGND6

INFR

AGND7

INFL

VEE

1
2
3
4
5
6
7
8

9
10
11
12
13
14
15
16
17
18
19
20

-

+

-

+

MASTER VOLUME

0~-95dB
1dB/step,MUTE

BASS

TREBLE

No. Terminal Description No. Terminal Description

1 INP1 Input terminal 1 21 TNFR Rch treble filter terminal
2 INN1 Input terminal 1 22 TNFL Lch treble filter terminal
3 OUT1 Output terminal 1 23 BNF1R Rch bass filter terminal 1
4 AGND1 Analog ground terminal 1 24 BNF2R Rch bass filter terminal 2
5 INP2 Input terminal 2 25 BNF1L Lch bass filter terminal 1
6 INN2 Input terminal 2 26 BNF2L Lch bass filter terminal 2
7 OUT2 Output terminal 2 27 OUTFL Front Lch output terminal
8 AGND2 Analog ground terminal 2 28 OUTFR Front Rch output terminal

9 INSW Subwoofer input terminal 29 OUTC Center ch output terminal
10 AGND3 Analog ground terminal 3 30 OUTSL Surround Lch output terminal
11 INSR Surrond Rch input terminal 31 OUTSR Surround Rch output terminal
12 AGND4 Analog ground terminal 4 32 OUTSW Subwoofer output terminal
13 INSL Surround Lch input terminal 33 AGND8 Analog ground terminal 8
14 AGND5 Analog ground terminal 5 34 DGND Digital ground terminal
15 INC Center channel input terminal 35 MUTE Mute temrinal
16 AGND6 Analog ground terminal 6 36 DA Serial data and latch input terminal
17 INFR Front Rch input terminal 37 CL Serial clock input terminal
18 AGND7 Analog ground terminal 7 38 AGND9 Analog ground terminal 9
19 INFL Front Lch input terminal 39 VCC Power supply trerminal +
20 VEE Power supply terminal - 40 AGND10 Analog ground terminal 10

IC BLOCK DIAGRAMS AND DESCRIPTIONS

CS42518 (8-Ch Codec with S/PDIF Receiver)

TXP VARX AGND LPFLT DGND DGND

DTR-5.6

VD VD

RXP0
RXP1/GPO1
RXP2/GPO2
RXP3/GPO3
RXP4/GPO4
RXP5/GPO5
RXP6/GPO6
RXP7/GPO7

MUTEC

FILT+

VQ

REFGND

VA

AGND

AINL+

AINL-

AINR+

AINR-

AOUTA1+

AOUTA1-

AOUTB1+

AOUTB1-

AOUTA2+

AOUTA2-

AOUTB2+

AOUTB2-

AOUTA3+

AOUTA3-

AOUTB3+

AOUTB3-

AOUTA4+

AOUTA4-

AOUTB4+

AOUTB4-

Ref

Rx

GPO

MUTE

ADC#1

ADC#2

Analog Filter

Clock/Data

Recovery

Digital Filter

Digital Filter

DAC#1

DAC#2

DAC#3

DAC#4

DAC#5

DAC#6

DAC#7

DAC#8

S/P DIF

Decoder

DEM

Gain & Chip

Gain & Chip

C&U Bit

Data Buffer

Format

Detector

Digital Filter

Internal MCLK

ADC

Serial

Data

Volume Control

Control

Port

Mult/Div

Serial
Audio

Interface

Port

CODEC

Serial

Port

INT
RST

AD0/CS
AD1/CDIN

SDA/CDOUT
SCL/CCLK

VLC
OMCK

RMCK

SAI_LRCK
SAI_SCLK
SAI_SDOUT

VLS
ADCIN1

ADCIN2

CX_SDOUT
CX_LRCK
CX_SCLK
CX_SDIN1
CX_SDIN2
CX_SDIN3
CX_SDIN4

CX_SDIN1

CX_SCLK
CX_LRCK

VD

DGND

VLC

SCL/CCLK

SDA/CDOUT

AD1/CDIN

AD0/CS

INT

RST

AINR-

AINR+

AINL+

AINL-

CX_SDIN2

CX_SDIN3

CX_SDIN4

SAI_SCLK

SAI_LRCK

OMCK

ADCIN1

ADCIN2

CX_SDOUT

RMCK

646362616059585756555453525150

1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16

171819202122232425262728293031

VQ

FILT+

REFGND

AOUTB4-

CS42518

AOUTA4-

AOUTB4+

AOUTA4+

VA

AGND

AOUTB3-

SAI_SDOUT

VLS

DGNDVDTXP

AOUTA3-

AOUTB3+

AOUTA3+

AOUTB2-

AOUTB2+

RXPO

49

48
47
46
45
44
43
42
41
40
39
38
37
36
35
34
33

32

AOUTA2+

BLOCK DIAGRAM

RXP1/GPO1
RXP2/GPO2
RXP3/GPO3
RXP4/GPO4
RXP5/GPO5
RXP6/GPO6
RXP7/GPO7
VARX
AGND
LPFLT
MUTEC
AOUTA1­AOUTA1+
AOUTB1+
AOUTB1­AOUTA2-

PIN LAYOUT

IC BLOCK DIAGRAMS AND DESCRIPTIONS

CS42528 (8-Ch Codec with S/PDIF Receiver)

TERMINAL DESCRIPTION

DTR-5.6

Pin Name #

1

CX_SDIN1
CX_SDIN2
CX_SDIN3
CX_SDIN4

CX_SCLK CODEC Serial Clock (Input/Output) - Serial clock for the CODEC serial audio interface
CX_LRCK

VD

DGND

VLC
SCL/CCLK

SDA/CDOUT

AD1/CDIN

AD0/CS 10 Address Bit 0 (I C)/Control Port Chip Select (SPI) (Input) - AD0 is a chip address pin in I C mode; CS

INT 11 Interrupt (Output) - The CS42518 will generate an interrupt condition as per the Interrupt Mask register.

Codec Serial Audio Data Input (Input) - Input for two's complement serial audio data.
64
63
62

2
3

CODEC Left Right Clock (Input/ Output) - Determines which channel, Left or Right, is currently active on

the CODEC serial audio data line.
4

Digital Power (Input) - Positive power supply for the digital section.
51

5

Digital Ground (Input) - Ground reference. Connects to digital ground.
52

6

Control Port Power (Input) - Determines the required signal level for the control port.

7

Serial Control Port Clock (Input) - Serial clock for the serial control port.

8

Serial Control Data (Input/Output) - SDA is a data I/O line in IC mode and requires an external pull-up

resistor to the logic interface voltage. CDOUT is the output

data line for the control port interface in SPI mode.

Address Bit 1 (I C)/Serial Control Data (SPI) (Input) - AD1 a chip address pin in I C mode; CDIN is

9

the input data line for control port interface in SPI mode.

is the chip select signal in SPI mode.

Pin Description

2

2

2

2

RST 12 Reset (Input) - The device enters a low power mode and all internal registers are reset to their default

settings when low.

AINR­AINR+

AINL­AINL+

VQ 17 Quiescent Voltage (Output) - Filter connection for internal quiescent reference voltage.
FILT+ 18 Positive Voltage Reference (Output) - Positive reference voltage for the internal sampling circuits.

REFGND 19 Reference Ground (Input) - Ground reference for the internal sampling circuits.
AOUTA1 +, -

AOUTB1 +, ­AOUTA2 +, ­AOUTB2 +, ­AOUTA3 +, ­AOUTB3 +, ­AOUTA4 +, ­AOUTB4 +, -

VA
VARX

AGND

1314Differential right Channel Analog Input (Input) - Signals are presented differentially to the delta-sigma

modulators via the AINR+/- pins.

1516Differential right Channel Analog Input (Input) - Signals are presented differentially to the delta-sigma

modulators via the AINR+/- pins.

36, 37
35, 34
32, 33
31, 30
28, 29
27, 26
22, 23
21, 20

Differential Analog Output (Output) - The full-scale differential analog output level is specified in the
Analog Characteristics specification table.

2441Analog Power (Input) - Positive power supply for the analog section.

25

Analog Ground (Input) - Ground reference. Connectes to analog ground.

40

IC BLOCK DIAGRAMS AND DESCRIPTIONS

CS42518 (8-Ch Codec with S/PDIF Receiver)

TERMINAL DESCRIPTION

Pin Name # Pin Description

VA
VARX

AGND 25

MUTEC 38 Mute Control (Output) - The Mute Control pin outputs high impedance following an initial power -on con-

LPFLT 39 PLL Loop Filer (Output) - An RC network should be connected between this pin and ground.
RXP7/GPO7

RXP6/GPO6
RXP5/GPO5
RXP4/GPO4
RXP3/GPO3
RXP2/GPO2
RXP1/GPO1

RXP0 49 S/PDIF Receiver Input (Input) - Dedicated receiver input for S/PDIF encoded data.
TXP 50 S/PDIF Transmitter Output (Output) - S/PDIF encoded data output, mapped directly from one of the

VLP 53 Serial Port Interface Power (Input) - Determines the required signal level for the serial port interfaces.

SAI_SDOUT 54

RMCK 55 Recovered Master Clock (Output) - Recovered master clock output from the External Clock Reference

24
41

40

42
43
44
45
46
47
48

Analog Power (Input) - Positive power supply for the analog section.

Analog Ground (Input) - Ground reference. Connects to analog ground.

dition or whenever the PDN bit is set to a "1", forcing the codec into power -down mode. The signal will
remain in a high impedance state as long as the part is in power-down mode. The Mute Control pin goes
to the selected "active" state during reset, muting, or if the master clock to left/right clock frequency ratio
is incorrect. This pin is intended to be used as a control for external mute circuits to prevent the clicks
and pops that can occur in any single supply system. The use of external mute circuits are not manda­toy but may be desired for designs requiring the absolute minimum in extraneous clicks and pops.

S/PDIF Receiver Input/ General Purpose Output (Input/ Output) - Receiver inputs for S/PDIF encoded
data. The CS42518 has an internal 8:2 multiplexer to select the active receiver port, according to the
Receiver Mode Control 2 resister. These pins can also be configured as general purpose output pins,
ADC Overflow indicators or Mute Control outputs according to the RXP/General Purpose Pin Control
resisters.

receiver inputs as indicated by the Receiver Mode Control 2 resister.

Serial Audio Interface Serial Data Output (Output) - Output for two's complement serial audio PCM
data from the S/PDIF incoming stream. This pin can also be configured to transmit the output of the inter­nal and external ADCs.

DTR-5.6

CX_SDOUT 56 CODEC Serial Data Output (Output) - Output for two's complement serial audio data the internal

and external ADCs.

ADCIN1
ADCIN2

OMCK

SAI_LRCK

SAI_SCLK 61 Serial Audio Interface Serial Clock (Input/Output) - Serial clock for the Serial Audio Interface

58
57

59

60 Serial Audio Interface Left/Right Clock (Input/Output) - Determines which channel, Left of Right, is

External ADC Serial Input (Input) - The CS42528 provides for up two external stereo analog to digital
converter inputs to provide a maximum of six channels on serial data output line when the CS42528
is placed in One Line mode.

External Reference Clock (Input) - External clock reference that must be within the ranges specified in
currently active on the serial audio data line.

currently active on the serial audio data line.

IC BLOCK DIAGRAMS AND DESCRIPTIONS

CS494003(Audio Decoder DSP)

DTR-5.6

Compressed

Digital

Interface

Digital

Audio

Input

DSP AB

PLL Clock

Manager

AUDATA1
AUDATA0

CMPCLK,FSCLKN2

HDATA2,GPIO2

VSS3

VDD3

HDATA1,GPIO1

HDATA0,GPIO0

CMPREQ,FLRCLKN2

CMPDAT,FSDATAN2

FLRCLKN1

WR,DS,GPIO10

RD,R/W,GPIO11

PLLVSS

FILT2
FILT1

PLLVDD

XTALO

CLKIN,XTALI

CLKSEL

CS,GPIO9
A0,GPIO13
FSDATAN1

VDD4
VSS4

FSCLKN1,STCCLK2

_SCS

SCDIN

VSS5
VDD5

A1,GPIO12

SCDOUT,SCDIO

HINBSY,GPIO8

SCCLK

UHS,_CS_OUT,GPIO17

_RESET

109
110
111
112
113
114
115
116
117
118
119
120
121
122
123
124
125
126
127
128
129
130
131
132
133
134
135
136
137
138
139
140
141
142
143
144

Frame

Shifter

Input

Buffer

RAM

AUDATA3,XMT958A

AUDATA2

LRCLK0

105

106

107

108

1

2

3

4

Multi-Standard

Audio Decoder

Paraller or Serial

Host Interface

VSS2

AUDATA4,GPIO28

HDATA4,GPIO4

SCLK0

HDATA3,GPIO3

101

102

103

104

5

7

8

6

100

9

VDD2

99

10

MCLK

HDATA6,GPIO6

HDATA5,GPIO5

SCLK1

96

97

98

13

11

12

Shared Memory

VDD1

VSS1

AUDATA7,XMT958B,GPIO31

AUDATA6,GPIO30

AUDATA5,GPIO29

HDATA7,GPIO7

90

91

92

93

94

95

Q201

CS494003

17

14

16

15

18

SAI0
SAI1
SAI2
SAI3

DSP C

Programmable

DSP

RAM

LRCLK1

NC2

NC1

87

88

89

21

22

20

Serial
Audio

Interface

32-Bit DSP

NC4

NC3

LRCLKN,GPIO23

SCLKN,GPIO22

83

84

85

86

23

25

24

DSP

ROM

SDATAN3,GPIO27

SDATAN2,GPIO26

SDATAN1,GPIO25

SDATAN0,GPIO24

78

79

80

81

82

27

31

29

28

30

Internal Bus

SD_ADDR2,EXTA2

SD_ADDR3,EXTA3

_SD_RAS

_SD_CAS

75

76

77

32

33

34

External Memory

Interface

Digital
Audio

Output

DAO 0

DA01

GPIO and I/O

Controller

Paraller or Serial

Host Interface

SD_ADDR0,EXTA0

SD_ADDR1,EXTA1

73

74

72

SD_ADDR10,EXTA10

71

SD_BA,EXTA19

70

VDDSD1

69

VSSSD1

68

_SD_CS

67

SD_ADDR4,EXTA4

66

SD_ADDR5,EXTA5

65

SD_ADDR6,EXTA6

64

SD_CLK_EN

63

SD_ADDR7,EXTA7

62

SD_ADDR8,EXTA8

61

SD_CLK_IN

60

SD_ADDR9,EXTA9

59

SD_CLK_OUT

58

VDDSD2

57

VSSSD2

56

SD_ADAT8,EXTA11

55

SD_DATA9,EXTA11

54

SD_DATA10,EXTA13

53

SD_DATA11,EXTA14

52

SD_DATA12,EXTA15

51

VDDSD3

50

VSSSD3

49

SD_DATA13,EXTA16

48

NC5

47

SD_DATA14,EXTA17

46

SD_DATA15,EXTA18

45

SD_DQM1

44

SD_DATA7,EXTD7

43

SD_DATA6,EXTD6

42

VDDSD4

41

VSSSD4

40

SD_DATA5,EXTD5

39

SD_DQM0

38

SD_DATA4,EXTD4

37

SD_DATA3,EXTD3

35

36

_INTREQ

FA1,FSCDIN

UHS0,GPIO18

UHS1,GPOI19

GPOI20

GPIO21

FA0,FSCCLK

FSCDIO,FSCDOUT

VDD6

FDAT7

VSS6

_FCS

FDAT6

FDBCK

_FINTREQ

FHS0,_FWR,_FDS

FSH1,_FRD,FR/_W

VDD7

FDAT519FDAT4

VSS7

FDAT3

FDBDA

DBDA26DBCK

FDAT2

TEST

FDAT1

FDAT0

_NV_CS,GPIO14

_NV_OE,GPIO15

_NV_WE,GPIO16

_SD_WE

SD_DATA0,EXTD0

SD_DATA1,EXTD1

SD_DATA2,EXTD2

IC BLOCK DIAGRAMS AND DESCRIPTIONS

CS494003(Audio Decoder DSP)

DTR-5.6

PIN NO.

1
2
3
4
5
6
7
8

9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48

TERMINAL NAME/DESCRIPTION

UHS0, GPIO18 :DSPC control mode select Bit 0, General Purpose I/O
UHS1, GPIO19 :DSPC control mode select Bit 1, General Purpose I/O
INTREQ:Control Port Interrupt Request
FA1, FSCDIN
GPIO20:General Purpose I/O can be individually configured and controlled by DSPC.
FAO, FSCCLK
FHS2, FSCDIO, FSCDOUT:Mode select bit 2 or serial control port data input and output,parallel porttype select
GPIO21:General Purpose I/O can be individually configured and controlled by DSPC.
FDAT7:DSPAB Bidirectional Data Bus input
VDD6:2.5V supply voltage.
VSS6:2.5V ground.
FHS0, FWR, FDS:Mode select bit 0 or host write strobe or host data strobe
FHS1, FRD, FR/W:Mode select bit 1 or host parallel output enable or host parallel R/W
FDAT6:DSPAB Bidirectional Data Bus input
FCS:Host parallel chip select,Host serial SPI chip select
FINTREQ:Control port interrupt request
FDBCK:Reversed input:This pin is reversed and is pulled up with an external resistor.
FDAT5:DSPAB Bidirectional Data Bus input
FDAT4:DSPAB Bidirectional Data Bus input
VDD7:2.5V supply voltage.
VSS7:2.5V ground.
FDAT3:DSPAB Bidirectional Data Bus input
FDBDAReversed input:This pin is reversed and is pulled up with an external resistor.
FDAT2:DSPAB Bidirectional Data Bus input
DBDA:Debug data
DBCK:Debug clock
FDAT1:DSPAB Bidirectional Data Bus input
TEST:This pin is connected low for normal operation.
FDAT0:DSPAB Bidirectional Data Bus input
NV_WE, GPIO16:SRAM write enable output, General Purpose I/O
NV_OE, GPIO15:SRAM output Enable output, General Purpose I/O
NV_CS, GPIO14:SRAM Chip Select output, General Purpose I/O
SD_WE
SD_DATA0, EXTD0:SDRAM data bus. SRAM external data bus input.
SD_DATA1, EXTD1:SDRAM data bus. SRAM external data bus input.
SD_DATA2, EXTD2:SDRAM data bus. SRAM external data bus input.
SD_DATA3, EXTD3:SDRAM data bus. SRAM external data bus input.
SD_DATA4, EXTD4:SDRAM data bus. SRAM external data bus input.
SD_DQM0:SDRAM data mask 0 output.
SD_DATA5, EXTD5:SDRAM data bus. SRAM external data bus input.
VSSSD4:3.3V SDRAM / SRAM / EPROM Interface ground.
VDDSD4:3.3V SDRAM / SRAM / EPROM Interface supply
SD_DATA6, EXTD6:SDRAM data bus. SRAM external data bus input.
SD_DATA7, EXTD7:SDRAM data bus. SRAM external data bus input.
SD_DQM1:SDRAM data mask 1 output.
SD_DATA15, EXTA18:SDRAM data bus output, SRAM external address bus output
SD_DATA14, EXTA17:SDRAM data bus output, SRAM external address bus output
NC5:No connect. Connect to ground.

:Host parallel address bit zero or SPI rerial control data input

:Host Parallel Address Bit Zero or Serial Control Port Clock

:SDRAM write enable output.

IC BLOCK DIAGRAMS AND DESCRIPTIONS

CS494003(Audio Decoder DSP)

DTR-5.6

PIN NO.

49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96

TERMINAL NAME/DESCRIPTION

SD_DATA13, EXTA16:SDRAM data bus output, SRAM external address bus output
VSSSD3:3.3V SDRAM / SRAM / EPROM Interface ground.
VDDSD3:3.3V SDRAM / SRAM / EPROM Interface supply
SD_DATA12, EXTA15:SDRAM data bus output, SRAM external address bus output
SD_DATA11, EXTA14:SDRAM data bus output, SRAM external address bus output
SD_DATA10, EXTA13:SDRAM data bus output, SRAM external address bus output
SD_DATA9, EXTA12:SDRAM data bus output, SRAM external address bus output
SD_DATA8, EXTA11:SDRAM data bus output, SRAM external address bus output
VSSSD2:3.3V SDRAM / SRAM / EPROM Interface ground.
VDDSD2:3.3V SDRAM / SRAM / EPROM Interface supply
SD_CLK_OUT:SDRAM clock output.
SD_ADDR9, EXTA9:SDRAM address bus output. SRAM external address output.
SD_CLK_IN:SDRAM re-timing clock input.
SD_ADDR8, EXTA8:SDRAM address bus output. SRAM external address output.
SD_ADDR7, EXTA7:SDRAM address bus output. SRAM external address output.
SD_CLK_EN:SDRAM clock enable output.
SD_ADDR6, EXTA6:SDRAM address bus output. SRAM external address output.
SD_ADDR5, EXTA5:SDRAM address bus output. SRAM external address output.
SD_ADDR4, EXTA4:SDRAM address bus output. SRAM external address output.
SD_CS:SDRAM Chip select
VSSSD1:3.3V SDRAM / SRAM / EPROM Interface ground.
VDDSD1:3.3V SDRAM / SRAM / EPROM Interface supply
SD_BA, EXTA19:SDRAM bank address select, SRAM external address bus 19.
SD_ADDR10, EXTA10:SDRAM address bus output. SRAM external address output.
SD_ADDR0, EXTA0:SDRAM address bus output. SRAM external address output.
SD_ADDR1, EXTA1:SDRAM address bus output. SRAM external address output.
SD_ADDR2, EXTA2:SDRAM address bus output. SRAM external address output.
SD_ADDR3, EXTA3:SDRAM address bus output. SRAM external address output.
SD_RAS:SDRAM row address strobe output.
SD_CAS:DRAM column address strobe output.
SDATAN3, GPIO27:Digital-audio PCM data input. General purpose I/O
SDATAN2, GPIO26:Digital-audio PCM data input. General purpose I/O
SDATAN1, GPIO25:Digital-audio PCM data input. General purpose I/O
SDATAN0, GPIO24:Digital-audio PCM data input. General purpose I/O
NC4:No connect. Connect to ground.
NC3:No connect. Connect to ground.
LRCLKN, GPIO23:PCM Audio Input Sample Rate Clock, General Purpose I/O
SCLKN, GPIO22:PCM Audio Input Bit Clock, General Purpose I/O
LRCLK1:Audio Output Sample Rata Clock
NC2:No connect. Connect to ground.
NC1:No connect. Connect to ground.
VDD1:2.5V supply voltage.
VSS1:2.5V ground
AUDATA7, XMT958B, GPIO31:PCM digital-audio data output 7, S/PDIF Transmitter, General Purpose I/O
AUDATA6, GPIO30:PCM digital-audio data output 6, General Purpose I/O
AUDATA5, GPIO29:PCM digital-audio data output 5, General Purpose I/O
HDATA7, GPIO7:DSPC Bidirectional Data Bus, General Purpose I/O
HDATA6, GPIO6:DSPC Bidirectional Data Bus, General Purpose I/O

IC BLOCK DIAGRAMS AND DESCRIPTIONS

CS494003(Audio Decoder DSP)

DTR-5.6

PIN NO.

97
98

99
100
101
102
103
104
105
106
107
108
109
110
111
112
113
114
115
116
117
118
119
120
121
122
123
124
125
126
127
128
129
130
131
132
133
134
135
136
137
138
139
140
141

142
143
144

TERMINAL NAME/DESCIPTION

HDATA5, GPIO5:DSPC Bidirectional Data Bus, General Purpose I/O
SCLK1

:Audio Output Bit Clock:Bidirectional digital-audio output bit clock for AUDATA4, to AUDATA7.

As an output, SCLK1 can provide 32 fs, 64 fs, 128 fs, 256 fs, or 512 fs frequencies and is synchronous to MCLK.
MCLK:Bidirectional master audio clock. As an output, MCLK provides a low jitter oversampling clock.
VDD2:2.5V supply voltage.
VSS2:2.5V ground.
AUDATA4, GPIO28:Digital Audio Output 4, General Purpose I/O.PCM digital-audio data output.
HDATA4, GPIO4:DSPC Bidirectional Data Bus, General Purpose I/O
SCLK0
HDATA3, GPIO3:DSPC Bidirectional Data Bus, General Purpose I/O
AUDATA3, XMT958A:Digital Audio Output 3, S/PDIF Transmitter
AUDATA2:PCM digital-audio data output.
LRCLK0:Audio Output Sample Rate Clock
AUDATA1:PCM digital-audio data output.
AUDATA0:PCM digital-audio data output.
CMPCLK, FSCLKN2:PCM Audio Input Bit Clock:Digital- audio bit clock input.
HDATA2, GPIO2:DSPC Bidirectional Data Bus, General Purpose I/O
VSS3:2.5V ground.
VDD3:2.5V supply voltage.
HDATA1, GPIO1:DSPC Bidirectional Data Bus, General Purpose I/O
HDATA0, GPIO0:DSPC Bidirectional Data Bus, General Purpose I/O
CMPREQ, FLRCLKN2:PCM audio input request
CMPDAT, FSDATAN2:Digital-audio data input that can accept either one compressed line or 2 channels of PCM data.
FLRCLKN1:Digital-audio frame clock input.
WR, DS, GPIO10:Host Write Strobe, Host Data Strobe, General Purpose I/O
RD, R/W, GPIO11:Host Parallel Output Enable, Host Parallel R/W, General Purpose I/O
PLLVSS :PLL Ground Voltage
FILT2:
FILT1:
PLLVDD:2.5V PLL supply voltage.
XTALO:
CLKIN, XTALI:External Clock input / Crystal Oscillator input:12MHz crystal oscillator is connected.
CLKSEL:DSP Clock select input
CS, GPIO9:Host Parallel Chip Select, General Purpose I/O
A0, GPIO13:Host Address Bit 0, General Purpose I/O
FSDATAN1:Digital-audio data input can accept from one compressed line or 2 channels of PCM data.
VDD4:2.5V supply voltage.
VSS4:2.5V ground.
FSCLKN1, STCCLK2:Digital audio bit clock input.
SCS:Host Serial SPI Chip Select:SPI mode active-low chip-select input signal.
SCDIN:SPI Serial Control Data Input:In SPI mode this pin serves as the data input pin.
VSS5:2.5V ground.
VDD5:2.5V supply voltage.
A1, GPIO12:Host Address Bit 1, General Purpose I/O
SCDOUT, SCDIO:Serial Control Port Data Input and Output:In SPI mode this pin serves as the data output pin.
HINBSY, GPIO8:

SCCLK
UHS2, CS_OUT, GPIO17:Mode Select Bit 2, External Serial Memory Chip Select,General Purpose I/O
RESET :Master Reset Input:Asynchronous active-low master reset input.

:Audio Output Bit Clock:Bidirectional digital-audio output bit clock for AUDATA0, to AUDATA3.

Phase-Locked Loop Filter.

Phase-Locked Loop Filter.

Crystal oscillator output.

Input host Message Status, General Purpose I/O. This pin is indicates that serial

or parallel communication data written to the DSP has not been read yet.

:This pin serves as the serial SPI clock input.

Connects to an external filter for the phase-locked loop.

Connects to an external filter for the phase-locked loop.

IC BLOCK DIAGRAMS AND DESCRIPTIONS

g

g

p

g g

g

p

g

CS5340-CZZ(101dB,192kHz, Multi-Bit Audio A/D Converter)

L

VQ REFGND

V

1.8V-5.0V SCLK LRCK SDOUT MCLK

DTR-5.6

FILT+

AINL

AINR

Voltage Reference

+

S/H

-

S/H

+

-

VA

3.3V-5.0V

LP Filter

DAC

LP Filter

DAC

Serial Output Interface

Q

Q

GND

Digital

Decimation

Digital

Decimation

Filter

Filter

High
Pass
Filter

High
Pass
Filter

VD

3.3V-5.0V

Pin Pin Name I/O Description

1M0 I

16 M1 I

2 MCLK I Master Clock-Clock source for the delta-si
3VL Lo
4 SDOUT O Serial Audio Data Out

5,14 GND Ground-Connect to the analo

6VD IDi

Mode Selection-Determines the operational mode of the device.

ma modulator and digital filters.

ic Power-Positive power supply for digital input/output.

ut-Output for two's complement serial audio data.

round.

ital Power-Positive power supply for the digital section.

7 SCLK I/O Serial Clock-Serial clock for the serial audio interface.
8 LRCK I/O

9 RST I Reset-The device enters a low
10 AINL I
12 AINR I

11 VQ O
13 VA Analo
15 FILT+ O

Left Right Clock-Determines which channel, Left and Right, is currently
active on the serial audio data line.

ower mode when low.

Analog Input-The full scale analog input level is 0.56Vp-p.
Quiescent Voltage-Filter connection for the internal quiescent

reference voltage.

Power-Positive power supply for the analog section.
Positive Voltage Reference-Positive reference voltage for the internal
sampling circuits.

RST
M0

M1

IC BLOCK DIAGRAMS AND TERMINAL DESCRIPTIONS

IC42S16100 (16-Mbit Synchronous Dynamic RAM)

BLOCK DIAGRAM

CLK
CKE

CS
RAS
CAS

WE

A11

A10

A9
A8
A7
A6
A5
A4
A3
A2
A1
A0

1

COMMAND

DECODER

&

CLOCK

GENERATOR

REFRESH

CONTROLLER

REFRESH

COUNTER

ROW

ADDRESS

LATCH

11

MODE

REGISTER

SELF

REFRESH

CONTROLLER

11

MULTIPLEXER

11

8

11

ADDRESS

BUFFER

COLUMN

ADDRESS

BUFFER

ROW

11

ADDRESS LATCH

BURST COUNTER

ROW

11

MEMORY CELL

2048

SENSE AMP I/O GATE

COLUMN DECODER

8

COLUMN

ADDRESS BUFFER

SENSE AMP I/O GATE

MEMORY CELL

2048

ROW DECODER ROW DECODER

ARRAY
BANK 0

256

256

ARRAY
BANK 1

DATA IN
BUFFER

16

DATA OUT

BUFFER

16 16

DTR-5.6

DQM

16

I/O 0-15

Vcc/VccQ
GND/GNDQ

VCC

I/O0
I/O1

GNDQ

I/O2
I/O3

VCCQ

I/O4

I/O5

GNDQ

I/O6

I/O7

VCCQ

LDQ

WE
CAS
RAS

A11

A10

VCC

M

CS

A0

A1
A2
A3

PIN LAYOUT

1
2
3
4

5
6
7
8
9
10

11
12
13
14
15
16
17
18
19
20
21
22

23
24
25

Pin No. Pin name Function

20 to 24
27 to 32

GND

50

I/O15

49

I/O14

48

GNDQ

47

I/O13

46

I/O12

45
44

43
42
41
40
39
38
37
36
35

4

3

33

2

3

1

3

0

3

9

2
28

7

2

6

2

VCC
I/O11
I/O10

GNDQ
I/O9
I/O8
VCC
NC
UDQ
CLK
CKE

NC
A9
A8
A7
A6
A5
A4

GND

Q

Q

M

2, 3, 5, 6, 8, 9,
11, 12, 39, 40,
42, 43, 45, 46,

48, 49
14, 36 LDQM,

7, 13, 38, 44 V

1, 25 V

4, 10, 41, 47 GNDQ GNDQ is the output buffer ground.

26, 50 GND GND is the device internal ground.

A0-A10 A0 to A10 are address inputs. A0-A10 are used as row address inputs during active command input

and A0-A7 as column address inputs during read or write command input. A10 is also used to
determine the precharge mode during other commands. If A10 is LOW during precharge command,
the bank selected by A11 is precharged, but if A10 is HIGH, both banks will be precharged.
When A10 is HIGH in read or write command cycle, the precharge starts automatically after
the burst access.
These signals become part of the OP CODE during mode register set command input.

19 A11 A11 is the bank selection signal. When A11 is LOW, bank 0 is selected and when high, bank 1 is

16 CAS CAS, in conjunction with the RAS and WE, forms the device command. See the "Command Truth

34 CKE The CKE input determines whether the CLK input is enabled within the device.

35 CLK CLK is the master clock input for this device. Except for CKE, all inputs to this device are acquired

18 CS The CS input determines whether command input is enabled within the device.

17 RAS RAS, in conjunction with CAS and WE, forms the device command. See the "Command Truth

15 WE WE, in conjunction with RAS and CAS, forms the device command. See the "Command Truth

selected. This signal becomes part of the OP CODE during mode register set command input.

Table" item for details on device commands.

When is CKE HIGH, the next rising edge of the CLK signal will be valid, and when LOW, invalid.
When CKE is LOW, the device will be in either the power-down mode, the clock suspend mode,
or the self refresh mode. The CKE is an asynchronous input.

in synchronization with the rising edge of this pin.

Command input is enabled when CS is LOW, and disabled with CS is HIGH. The device remains in
the previous state when CS is HIGH.

I/O0

I/O0 to I/O15 are I/O pins. I/O through these pins can be controlled in byte units using the LDQM and

to

UDQM pins.

I/O15

LDQM and UDQM control the lower and upper bytes of the I/O buffers. In read mode, LDQM and

UDQM

UDQM control the output buffer. When LDQM or UDQM is LOW,
the corresponding buffer byte is enabled, and when HIGH, disabled. The outputs go to theHIGH
impedance state when LDQM/UDQM is HIGH. This function corresponds to OE in conventional
DRAMs. In write mode, LDQM and UDQM control the input buffer.
When LDQM or UDQM is LOW, the corresponding buffer byte is enabled, and data can be written to
the device. When LDQM or UDQM is HIGH, input data is masked and cannot be written to the device.

Table" item for details on device commands.

Table" item for details on device commands.

CCQVCCQ is the output buffer power supply.

CC VCC is the device internal power supply.

IC BLOCK DIAGRAMS AND DESCRIPTIONS

LC74763-9836 (On-Screen Display IC)

BLOCK DIAGRAM

DTR-5.6

SIN

SCLK

RST

SECAM

525/625

NTSC/PAL

3.58/4.43

VDD1
VDD2

VSS

SYNCDET

VCOIN

VCOOUT

AMPIN

AMPOUT

PDOUT

CS

Serial­parallel
converter

Composite
synchro­nization
signal
control

FC

AFC
circuit

8-bit latch
and
command
decoder

Sync
detector

Composite
synchronization
signal separator
control

Horizontal
character
size register

Horizontal
size
counter

Vertical
character
size register

Vertical
size
counter

Timing generator

Horizontal
display
position
register

Horizontal
dot counter

Horizontal
display
position
detection

Character
control
counter

Vertical
display
position
register

Vertical
dot counter

Vertical
display
position
detection

Line
control
counter

Synchronization
signal generator

Flashing/
reversal
control
register

Flashing/
reversal
control
circuit

Character output control
Background control
video output control

Display
control
register

RAM write
address
counter

Decoder

Display RAM

Decoder

Font ROM

Shift register

SYSIN

SEPC

Sync
separator

HSYNOUT

VSYNOUT

Xtal IN1

Xtal OUT1

Xtal IN2

Xtal OUT2

CVOUTCVINCVCR

IC BLOCK DIAGRAMS AND DESCRIPTIONS

LC74763-9836 (On-Screen Display IC)

TERMINAL DESCRIPTION

Pin No. Symbol Function Description

1V
2Xtal
3Xtal

4 HSYNC
5Xtal

6Xtal

7 VSYNC

8 CS Enable input
9 SIN Data input Serial data input (hysteresis input). Pull-up resistor built in (metal option).

10 SCLK Clock input Clock input for serial data input (hysteresis input). Pull-up resistor built in (metal option).

11 SECAM

12 525/625

13 NTSC/PAL

14 3.58/4.43 3.58/4.43 switch input/output During output, functions as general output port or halftone output (command switch).

15 RST Reset input
16 CV

17 V
18 CV
19 CV
20 SYNC
21 SEP
22 V
23 PD
24 AMP
25 AMP
26 FC Control voltage input AFC control voltage input
27 VCO
28 VCO

29 SYNC

30 V

SS

OUT1

OUT2

OUT

DD2

SS
OUT

DD1

Ground Ground connection

IN1

Crystal oscillator connection

Horizontal synchronization Outputs the horizontal synchronization signal (AFC). The output polarity can be selected

OUT

output (metal option). Also functions as general output port (command switch).

IN2

Crystal oscillator connection

Vertical synchronization output

OUT

SECAM mode switch input/
output (command switch)

525/625 switch input/output
(command switch)

NTSC/PAL switch input/output
(command switch)

(command switch) Low = 3.58, high = 4.43

Video signal output Composite video output
Power supply connection Power supply connection for composite video signal level generation
Video signal input Composite video input

IN

Video signal input SECAM chroma signal input

CR

Sync separator circuit input Built-in sync separator circuit video signal input

IN

Sync separator circuit Built-in sync separator circuit

C

Ground Ground connection
Control voltage output AFC control voltage output

IN

AFC filter connection Filter connection

OUT

IN

LC oscillator connection VCO LC oscillator circuit coil and capacitor connection

OUT

External synchronization signal

DET

detection output
Power supply connection Power supply connection (+5 V: digital system power supply)

Connection for the crystal and capacitor used to form the crystal oscillator that generates
the internal synchronization signal. The oscillator can be selected with a command switch.

Connection for the crystal and capacitor used to form the crystal oscillator that generates
the internal synchronization signal.

Outputs the vertical synchronization signal. The output polarity can be selected (metal
option). Also functions as general output port (command switch).

Enables/disables serial data input. Serial data is enabled when this pin is low (hysteresis
input). Pull-up resistor built in (metal option).

During input, switches between SECAM and other modes.
During output, functions as general output port or internal V output (command switch).
Low = other modes, high = SECAM mode

During input, switches between 525 scan lines and 625 scan lines.
During output, functions as general output port or character data output (command switch).
Low = 525 lines, high = 625 lines

Switches the color mode between NTSC and PAL.
During output, functions as general output port or frame data output (command switch).
Low = NTSC, high = PAL

Switch FSC between 3.58 MHz and 4.43 MHz.

System reset input pin, low is active (hysteresis input).
Pull-up resistor built in (metal option).

Outputs the exclusive NOR of the horizontal synchronization signal (AFC) and CSYNC (sync
separator). The output polarity can be selected (metal option). Also functions as general
output port (command switch).

DTR-5.6

IC BLOCK DIAGRAM AND TERMINAL DESCRIPTIONS

LA7106M (6ch AMP + Driver)

BLOCK DIAGRAM

DTR-5.6

VIN1+

NFB1

MUTE1

VIN2+

NFB2

-VCC1

VIN3+

NFB3

1

2

3

4

5

6

7

8

6dB DR

6dB DR

6dB DR

16

15

14

13

12

11

10

9

+VCC

VOUT1

GND

VOUT2

DR CTL

VOUT3

MUTE2

-VCC2

TRUTH TABLE

Pins 3 , 10

Through

H

L

Pin 12

150 ohm Drive

75 ohm DriveMute

IC BLOCK DIAGRAMS AND DESCRIPTIONS

NJM2595M(5-INPUT 3-OUTPUT VIDEO SWITCH)

BLOCK DIAGRAM

DTR-5.6

Vin1

Vin2

Vin3

Vin4

Vin5

13

9

7

5

3

20k

20k

20k

20k

S2

S3

SW2 SW1V+

1016 214

S4

S1

SW5

20k

20k

20k

S5

S6

S7

6dB
Amp

6dB
Amp

6dB
Amp

75ohms
Driver

75ohms
Driver

75ohms
Driver

1

15

11

Vout1

Vout2

Vout3

81264

V-SW3 SW4 GND

TRUTH TABLE

Control Signal vs. Output Signal (L=VCL, H=VCH, X=L or H)

SW4SW3SW2SW1

H

L

L

XX

H

H

H

L

H

X

X

L

L

H

H

H

L

L

H

L

H

H

H

L

H

H

L

L

L

X

X

SW5

H
H

L

H

L

H

L

H

L

H

L

H

L

H

L
L

Vout1

Vin1
Vin1

MUTE

Vin2

MUTE

Vin3

MUTE

Vin4

MUTE

Vin4

MUTE

Vin5

MUTE

Vin5
MUTE
MUTE

Vout2

MUTE
MUTE
MUTE

Vin2
Vin2
Vin3
Vin3
Vin4
Vin4
Vin4
Vin4
Vin5
Vin5
Vin5
Vin5

MUTE

Vout3

Vin1

MUTE

Vin1
MUTE
MUTE

Vin3

Vin3

Vin4

Vin4
MUTE
MUTE

Vin5

Vin5
MUTE
MUTE
MUTE

IC BLOCK DIAGRAMS AND DESCRIPTIONS

NJU7311AM (Analog Function Switch)

BLOCK DIAGRAM

DTR-5.6

L1

L2

L-COM1

L3

L4

L-COM2

L5

L6

L-COM3

L7

L-COM4

ST

VDD

VEE

Latch Circuit

Level Shifter

Control Circuit

Latch Circuit

Level Shifter

R1

R2

R-COM1

R3

R4

R-COM2

R5

R6

R-COM3

R7

R-COM4

DATA

CK
VSS

TERMINAL DESCRIPTION

Pin No. Pin Name Description

1
2
3
4
5
6
7
8
9
10
11
12
13
14

VEE
L1
L2
L-COM1
L3
L4
L-COM2
L5
L6
L-COM3
L7
L-COM4
ST
VSS

Negative Voltage Supply
Analog switch input/output
Analog switch input/output
L1, L2, Common
Analog switch input/output
Analog switch input/output
L3, L4 common
Analog switch input/output
Analog switch input/output
L5, L6 Common
Analog switch input/output
L7 Common
Chip enable
GND

Pin No. Pin Name Description

15
16
17
18
19
20
21
22
23
24
25
26
27
28

CK
DATA
R-COM4
R7
R-COM3
R6
R5
R-COM2
R4
R3
R-COM1
R2
R1
VDD

Clock input
Data input
R7 Common
Analog switch input/output
R5, R6 Common
Analog switch input/output
Analog switch input/output
R3, R4 Common
Analog switch input/output
Analog switch input/output
R1, R2, Common
Analog switch input/output
Analog switch input/output
Positive voltage supply

IC BLOCK DIAGRAMS AND DESCRIPTIONS

NJW1157(8-Channel Electronic Volume with Input Selector)

Multi-Channel Input A

LAIN
RAIN
CAIN

LSAIN

RSAIN

LBAIN

RBAIN

SWAIN

L1IN
R1IN

L2IN
R2IN

L3IN
R3IN

2 Channel Input

L4IN
R4IN

L5IN
R5IN

L6IN
R6IN

L7IN
R7IN

L8IN
R8IN

L9IN
R9IN

L10IN

R10N

L11IN

R11IN

L12IN

R12IN

DCLA1 DCLA2

DCRA1 DCRA2

Att Gain

Att Gain

FL+

FL-

FR+

FR-

RBIN

LBIN

LSBIN

CBIN

LBBIN

RSBIN

SWBIN

RBBIN

RECA1L

RECA1R

RECA2L

Multi-channel

RECA2R

RECA3L

Amp
Gain

RECA3R

RECB1L

TONE

TONE

FIL2_L

FIL3_L

FIL4_L

RECB1R

BSW

FIL4_R

FIL1_L

RECB2L

FIL1_R

FIL2_R

FIL3_R

RECB2R

Supply
Voltage

uCOM

Interface

TSW

SSW

DTR-5.6

V+
GND
V­LATCH
DATA
CLOCK

SW

L OUT

SW

ROUT

COUT

LSOUT

RSOUT

LBOUT

RBOUT

SWOUT

Input Selector

REC Out Selector

Multi-Channel Input B

IC BLOCK DIAGRAMS AND DESCRIPTIONS

NJW1157(8-Channel Electronic Volume with Input Selector)

DTR-5.6

PIN FUNCTION

No. SYMBOL FUNCTION No. SYMBOL FUNCTION

1 LOUT Lch output 51 L1IN "Input selector" Lch input 1
2 ROUT Rch output 52 R1IN "Input selector" Rch input 1
3 COUT Cch output 53 L2IN "Input selector" Lch input 2
4 LSOUT LSch output 54 R2IN "Input selector" Rch input 2
5 RSOUT RSch output 55 L3IN "Input selector" Lch input 3
6 LBOUT LBch output 56 R3IN "Input selector" Rch input 3
7 RBOUT RBch output 57 L4IN "Input selector" Lch input 4
8 SWOUT SWch output 58 R4IN "Input selector" Rch input 4

9 DC_L1 Lch Bass filter DC cut capacitor output terminal 59 L5IN "Input selector" Lch input 5
10 DC_L2 Lch Bass filter DC cut capacitor input terminal 60 R5IN "Input selector" Rch input 5
11 FIL_BL Lch Bass filter terminal 61 L6IN "Input selector" Lch input 6
12 FIL_TL Lch Treble filter terminal 62 R6IN "Input selector" Rch input 6
13 DC_R1 Rch Bass filter DC cut capacitor output terminal 63 L7IN "Input selector" Lch input 7
14 DC_R2 Rch Bass filter DC cut capacitor input terminal 64 R7IN "Input selector" Rch input 7
15 FIL_BR Rch Bass filter terminal 65 L8IN "Input selector" Lch input 8
16 FIL_TR Rch Treble filter terminal 66 R8IN "Input selector" Rch input 8
17 N.C. No connect 67 L9IN "Input selector" Lch input 9
18 N.C. No connect 68 R9IN "Input selector" Rch input 9
19 V+ + Power supply voltage input 69 L10IN "Input selector" Lch input 10
20 V-* - Power supply voltage input 70 R10IN "Input selector" Rch input 10
21 REC_A1L "Input selector" Lch REC output A1 71 L11IN "Input selector" Lch input 11
22 REC_A1R "Input selector" Rch REC output A1 72 R11IN "Input selector" Rch input 11
23 REC_A2L "Input selector" Lch REC output A2 73 L12IN "Input selector" Lch input 12
24 REC_A2R "Input selector" Rch REC output A2 74 R12IN "Input selector" Rch input 12
25 REC_A3L "Input selector" Lch REC output A3 75 NC No connect
26 REC_A3R "Input selector" Rch REC output A3 76 DGND Digital Ground
27 REC_B1L "Input selector" Lch REC output B1 77 DATA Control data signal input
28 REC_B1R "Input selector" Rch REC output B1 78 CLOCK Clock signal input
29 REC_B2L "Input selector" Lch REC output B2 79 LATCH Latch signal input
30 REC_B2R "Input selector" Rch REC output B2 80 LAIN Multi-channel Lch input A
31 DCCAP_L Switching noise rejection capacitor 81 RAIN Multi-channel Rch input A
32 DCCAP_R Switching noise rejection capacitor 82 CAIN Multi-channel Cch input A
33 DCCAP_C Switching noise rejection capacitor 83 LSAIN Multi-channel LSch input A
34 GND Ground 84 RSAIN Multi-channel RSch input A
35 GND Ground 85 LBAIN Multi-channel LBch input A
36 DCCAP_LS Switching noise rejection capacitor 86 RBAIN Multi-channel RBch input A
37 DCCAP_RS Switching noise rejection capacitor 87 SWAIN Multi-channel SWch input A
38 DCCAP_LB Switching noise rejection capacitor 88 LBIN Multi-channel Lch input B
39 DCCAP_RB Switching noise rejection capacitor 89 RBIN Multi-channel Rch input B
40 DCCAP_SW Switching noise rejection capacitor 90 CBIN Multi-channel Cch input B
41 DCL_OUT "Input selector" Lch output 91 LSBIN Multi-channel LSch input B
42 DCL_IN "Multi-channel selector" Lch output 92 RSBIN Multi-channel RSch input B
43 DCR_OUT "Input selector" Rch output 93 LBBIN Multi-channel LBch input B
44 DCR_IN "Multi-channel selector" Rch output 94 RBBIN Multi-channel RBch input B
45 FL+ "Input selector gain control" Lch no-inverted output 95 SWBIN Multi-channel SWch input B
46 FL- "Input selector gain control" Lch inverted output 96 GND Ground
47 FR+ "Input selector gain control" Rch no-inverted output 97 GND Ground
48 FR- "Input selector gain control" Rch inverted output 98 VSSOUT2 Internal Digital -Power Supply Output 2
49 VDDOUT Internal Digital +Power Supply Output 99 VDDOUT2 Internal Digital +Power Supply Output 2
50 VSSOUT Internal Digital -Power Supply Output 100 TCCAP Switching noise rejection capacitor

80

81

100

130

51

50

31

IC BLOCK DIAGRAMS AND DESCRIPTIONS

DTR-5.6

74HC04F(Hex Inverter)

TC74VHC157FT(Quad 2-channel Multiplexer)

SELECT

Vcc

1A
1Y
2A
2Y
3A
3Y

GND

1
2
3
4
5
6
7

14
13
12
11
10

9
8

6A
6Y
5A
5Y
4A
4Y

1A
1B
1Y
2A
2B
2Y

GND

TC74VHC541FT/T541AFT(Octal buss buffer)

G1
A1
A2
A3
A4
A5
A6
A7
A8

GND

1
2
3
4
5
6
7
8
9

10

20
19
18
17
16
15
14
13
12
11

Vcc

G2

Y1
Y2
Y3
Y4
Y5
Y6
Y7
Y8

Truth Table

INPUTS

G1

H
X

L
L

X:Don't care
Z:High Impedance

1
2
3
4
5
6
7
8

G2

X
H

L
L

A S G

B
Y
A
B

Y Y B

An

X
X
H
L

A
B
Y
A

OUTPUT

Yn

Z
Z

H

L

16
15
14
13
12
11
10

9

Truth Table

Vcc

ST
4A
4B
4Y

ST SELECT A B

INPUTS

HXXX L

LLLXL
LLHXH
LHXL L
LHXHH

X:Don't care

3A
3B
3Y

TC7WU04FU(3 Inverter)

1A

1

3Y

2

2A

3

GND

4

OUTPUT

8

Vcc

7

1Y

6

3A

5

2Y

IC BLOCK DIAGRAM AND DESCRIPTION

DTR-5.6

FL TUBE(HNA-16SM10T)

P4 P11 P7 P8 P32 P9 P33 P10 P14 P15 P16 P31 P22 P23 P22 P25 P27

P3 P6 P13 P17 P18 P19 P20 P24 P26

15G 14G 13G 12G 11G 10G 9G 8G 7G 6G 5G 4G 3G 2G 1G

1G~15G

P1 P2 P3 P4 P5

P6 P7 P8 P9 P10

P11 P12 P13 P14 P15

P16 P17 P18 P19 P20

P21 P22 P23 P24 P25

P26 P27 P28 P29 P30

P31 P32 P33 P34 P35

M66005 (FL tube driver)

BLOCK DIAGRAM

M66005 TERMINAL DESCRIPTION

SYMBOL

13

RESET Reset input This pin is used to initialize the internal state of the M66005.

CS Chip select input

14

SCK Shift clock input At the rising edge from "L" to "H", input data is shifted.

15

SDATA Serial data input Character code or command data to display is input from MSB.

16

21,

XIN,

20

XOUT
DIG00 ~

1~12

DIG15

61~64

SEG00 ~

23~31

SEG39

33~59

P0, P1 Output port (static operation)

17, 18

VCC1

19

VCC2

60

VSS GND

22

VP Negative power supply for VFD drive.

32

PIN NAME DESCRIPTIONPIN NO.

Clock input
Clock output

Digit output

Segment output

P34

16G

P29

"L" : Communication with the MCU is possible.
"H" : Any instruction from the MCU is neglected.

This pin is used to connect a resister and a capacitor externally to
set oscillation frequency.

These pins are used to connect to digit pins of VFD.

These pins are used to connect to segment pins of VFD.

Positive power supply for internal logic.
Positive power supply for high-pressure-resistant output port.

CS

SCK

SDATA

XIN

XOUT

RESET

Vcc1
Vcc2

Vss

Vp

14
15
16

21

20

13

19
60

22
32

Serial
receive
circuit

Clock
generator

data

timing
clock

Display code RAM

Bank 1 : 8bit x 16
Bank 2 : 8bit x 64

code
write

Code/
command
control
circuit

Display
controller

dot data
write

code
select

CGROM

(35bit x 160)

CGRAM

(35bit x 16)

scan pulse

SEG00

59

33

Segment
output
circuit

Segment/
Digit
select/
output
circuit

Digit

SEG26

31

SEG27

24

SEG34

SEG35

23
64

DIG12/SEG36

63

DIG13/SEG37

62

DIG14/SEG38

61

DIG15/SEG39

12

DIG00

output
circuit

1

DIG11

2

18
17

P0
P1

DTR-5.6

R

S

ZONE2

A

A

BCD

MICROPROCESSOR-CONNECTION DIAGRAM

1

Q7501

FLUORESCENT

TUBE

U7501
REMOTE
SENSOR

2

NAVD-8657

Q2004
OSD
LC74763

S VIDEO
DET. CIRCUIT

Q2101,Q2104
VIDEO
ENCODER

VODEO
AMP.
LA7106M

NARF-8688

Q7001
XM MICRO

3

CONTROLLER
M30281FAHP

NORTH AMERICAN MODEL ONLY

NADG-8660

ADCS
CS5340

Q361
DIR
CS42528

Q201
DSP
CS494003

4

RESET

1

CNVSS

2
3

FRXD

FCLK

4

+5VCPU

FLASH

WRITER

5
6
7
8
9

FBUSY

FTXD

GNDD

APOWER

P702

SEGMENTS

DIGITS

BUFFER

Q7502

FL TUBE

DRIVER

M66005

OPERATION

KEYS

D602

POWER

FAILURE

DET.

Q702

SYSTEM

RESET

VMUT

VDM_SCK

VDM_SI

VDM_SO

FTXD

FRXD

OSDSDO

OSDCLK

OSDCS

XMRST

XMSDO

XMSDI

XMCLK

XMREQ1

XMREQ2

CNVSS

SDET

SYNC

RESET

X701

6MHz

VSYNC

REMIN

POFF

ADCRST

DIRINT

DIRCS

DIRRST

DSPFCS

DSPCS

KEY0

127

128
1
2
3

AVSS

4

P100/AN0

5

6
7
8

P92/TB2IN/SOUT3

9

P91/TB1IN/SIN3

10

P90/TB0IN/CLK3

11

P141

12

P140

13

BYTE

14

CNVSS

15

P87/XCIN

16

P86/XCOUT

17

RESET

18

XOUT

19

VSS

20

XIN

21

VCC1

22

P85/NMI

23

P84/INT2

24

P83/INT1

25

P82/INT0

26

P81/TA4IN/U

27

P80/TA4OUT/U

28

P77/TA3IN

29

P76/TA3OUT

30

P75/TA2IN/W

31

P74/TA2OUT/W

32

P73/CTS2/RTS2/TA1IN/V

33

P72/CLK2/TA1OUT/V

34

P71/RXD2/SCL2/TA0IN/TB5IN

35

P70/TXD2/SDA2/TA0OUT

36

P67/TXD1/SDA1

37

VCC1
P66/RXD1/SCL1

38

40

39

FCLK

FBUSY

KEY1

KEY3

KEY2

125

126

124

P103/AN3

P102/AN2

P101/AN1

41

42

43

PLLSDA

PLLSCL

STEREO

FLDCS

FLDRST

KINT3

KINT1

KINT0

KINT2

118

119

120

121

122

123

P111

P110

P107/AN7/KI3

P106/AN6/KI2

P105/AN5/KI1

P104/AN4/KI0

1:

VREF

2:

AVCC

3:

P97/_ADTRG/SIN4

4:

P96/ANEX1/SOUT4

5:

P95/ANEX0/CLK4

6:

P94/DA1/TB4IN

P93/DA0/TB3IN

7:

/CTS0/CLKS1

VSS

P64/CTS1/RTS1

P65/CLK1

39:

40:

41:

P13648P13549P134
47

46

44

TUNED

VDMRST

VDM_STB

TXMUTE

RXMUTE

NADIS-8683

FLDCLK

FLDSDO

BAND

INT3

LEDZONE2

117

P112

P03/AN03/D3
108:

P63/TXD0/SDA0
42:

50

DSPINT

111

112

110

115

116

113

114

P117

P116

P113

P01/AN01/D1

P00/AN00/D0

P07/AN07/D7

P06/AN06/D6

P20/AN20/A0(/D0/-)
P21/AN21/A1(/D1/D0)
P22/AN22/A2(/D2/D1)
P23/AN23/A3(/D3/D2)
P24/AN24/A4(/D4/D3)

P04/AN04/D4

P25/AN25/A5(/D5/D4)
P26/AN26/A6(/D6/D5)

103: D10/D8

104: P07/AN07/D7

105: P06/AN06/D6

106: P05/AN05/D5

107:

P27/AN27/A7(/D7/D6)

Q701

68:

P44/CS0

P137

P62/RXD0/SCL0

P61/CLK045P60/CTS0/RTS0

67:

P45/CS1

50:P57/RDY/CLKOUT

46:

43:

44:

45:

66:

P46/CS2

65:

P47/CS3

P56/ALE52P55/HOLD

P54/HLDA

P13355P13256P13157P13058P53/BCLK59P52/RD60P51/WRH/BHE

51

53

54

DSPRST

Z2VDAT

Z2VMUT

Z2VCLK

MLTSEL

DSPFINT

VAJ

VBJ

INITIA-

LIZING

HPDET

MICDET

INT2

INT1

104

105

106

107

108

109

P11/D9
P12/D10
P13/D11
P14/D12

P15/D13/INT3
P16/D14/INT4

P02/AN02/D2

P17/D15/INT5

VSS

P30/A8(/-/D7)

VCC2

P120
P121
P122
P123

P124
P31/A09
P32/A10

P33/A11

M30627FHPGP

P34/A12
P35/A13
P36/A14
P37/A15

P4

0/A16

P41/A17

P42/A18

P43/A19

P50/WRL/WR

P12763P12664P125
62

61

FCE

VCSRST

VOLSTB

VOLCLK

VOLDAT

Q7506

HPRL

103

102
101
100

77

71
70

+5V

LED

L
99
98
97
96
95
94
93
92
91
90
89
88
87
86
85
84
83
82
81
80
79
78

76
75
74
73
72

69
68
67
66
65

NA

P5501

RS-232C

5

Q6501

INTERFACE

NAPS-8665

TUNER
PACK

Q3009
ZONE 2
VOLUME

DTR-5.6

VCSRST

MICDET

62

P127

105

A

BCD

MICROPROCESSOR-CONNECTION DIAGRAM

3 NAETC-

1

2

3

4

HPDET

104

P11/D9

12/D10
13/D11

14/D12
13/INT3
14/INT4
15/INT5

0(/D0/-)

/D1/D0)
(/D2/D1)
(/D3/D2)
(/D4/D3)
(/D5/D4)
(/D6/D5)
(/D7/D6)

VSS

8(/-/D7)

VCC2

P120
P121
P122
P123

P124
31/A09
32/A10

P33/A11
P34/A12

35/A13
36/A14
37/A15

4

0/A16

41/A17

P42/A18
P43/A19

P12664P125
63

Q7506

HPRL

+5V

103

102
101
100
99

98
97
96
95
94
93
92
91
90
89
88
87

86

85
84

83
82
81
80
79
78
77
76
75
74
73
72
71
70
69

68

67

66

65

NAAR-8661

ZONE2

LEDSTBY

LEDPURE

SYSOUT

RDSCLK/POFF2

IRIN

SYSIN

RDSSIG
RDSDAT
FSWSDO
FSWCLK
FSWSTB
PROTECT
THERMAL
VOLH

STANDBY

SEC1H

TRGZ2

TRGB

TRGA
FANCTRL
FANH
APOWER
VPOWER

DSPBUSY

DIGCLK
DIGSDI
DIGSDO

SPRLZ2

SPRLSB

SPRLCS

SPRLF

AMUTM

SBZ2MUTM

Z2MUTM

+5V

8687

VOLUME

S7591

NAETC­8684

P7601
MIC.

+5V

Q703

BUFFER

BIAS SELECT RELAY

GATE
CIRCUIT

NAETC­8685

P7602
PHONES

NAETC-8680

Q6380
THERMAL
DETECTOR
LM61C1Z

U5501

12V
TRIGGER
CONTROL
CIRCUIT

Q3002
RECORDING
OUTPUT SW

NAAF-8678

CURRENT/
VOLTAGE
DETECTION

POWER AMP.
LEVEL DET.

Q912
POWER
RELAY
SW

D5508

IRLED

NADG-8660

RI
TERMINAL

Q361
DIR
CS42528

Q201
DSP
CS494003

NAPS-8664

RL902
POWER
RELAY

NAPS-8665

IRIN

IROUT

12VTRG C
12VTRG B
12VTRG A

NADG-8660

FRONT

5

Q3009
ZONE 2
VOLUME

Q3003
VOLUME,TONE,
SELECTOR
NJW1157

PREOUT.
MUTING SWITCH
TRANSISTORS

NAAF-8678

CENTER

SPEAKER
RELAY

SPEAKER
RELAY

NAETC-8666/8667

SURROUND

SPEAKER
RELAY

SURROUND
BACK

SPEAKER
RELAY

ZONE2

SPEAKER
RELAY

DTR-5.6

A

BCDEFGH

MICROPROCESSOR-CONNECTION DIAGRAM

Q7501

FLUORESCENT

TUBE

SEGMENTS

DIGITS

1

U7501

REMOTE

SENSOR

NAVD-8657

Q2004

2

OSD
LC74763

S VIDEO
DET. CIRCUIT

Q2101,Q2104
VIDEO
ENCODER

VODEO
AMP.
LA7106M

NARF-8688

Q7001
XM MICRO
CONTROLLER
M30281FAHP

3

NORTH AMERICAN MODEL ONLY

BUFFER

NADG-8660

ADCS
CS5340

Q361
DIR
CS42528

Q201
DSP
CS494003

4

RESET

1

CNVSS

2

FRXD

3

FCLK

4

+5VCPU

FLASH

WRITER

5
6
7
8
9

FBUSY

FTXD

GNDD

APOWER

P702

Q7502

FL TUBE

DRIVER

M66005

OPERATION

KEIES

D602

POWER

FAILURE

DET.

Q702

SYSTEM

RESET

VMUT

VDM_SCK

VDM_SI

VDM_SO

FTXD

FRXD

OSDSDO

OSDCLK
OSDCS

XMRST

XMSDO

XMSDI

XMCLK

XMREQ1

XMREQ2

CNVSS

SDET

SYNC

RESET

X701

6MHz

VSYNC

REMIN

POFF

ADCRST

DIRINT

DIRCS

DIRRST

DSPFCS

DSPCS

FBUSY

KEY1

KEY3

KINT3

KINT1

KINT0

KEY2

KEY0

127

126

128

1
2
3

AVSS

4

P101/AN1

P100/AN0

5

6
7
8

P92/TB2IN/SOUT3

9

P91/TB1IN/SIN3

10

P90/TB0IN/CLK3

11

P141

12

P140

13

BYTE

14

CNVSS

15

P87/XCIN

16

P86/XCOUT

17

RESET

18

XOUT

19

VSS

20

XIN

21

VCC1

22

P85/NMI

23

P84/INT2

24

P83/INT1

25

P82/INT0

26

P81/TA4IN/U

27

P80/TA4OUT/U

28

P77/TA3IN

29

P76/TA3OUT

30

P75/TA2IN/W

31

P74/TA2OUT/W

32

P73/CTS2/RTS2/TA1IN/V

33

P72/CLK2/TA1OUT/V

34

P71/RXD2/SCL2/TA0IN/TB5IN

35

P70/TXD2/SDA2/TA0OUT

36

P67/TXD1/SDA1

37

VCC1
P66/RXD1/SCL1

38

40

41

39

FCLK

125

123

124

P103/AN3

P102/AN2

P104/AN4/KI0

42

43

44

PLLSDA

PLLSCL

STEREO

122

P105/AN5/KI1

1:
2:
3:
4:

5:
6:
7:

45

TUNED

KINT2

121

120

P106/AN6/KI2

VREF
AVCC
P97/_ADTRG/SIN4
P96/ANEX1/SOUT4
P95/ANEX0/CLK4

P94/DA1/TB4IN
P93/DA0/TB3IN

VSS
39:

47

46

VDMRST

VDM_STB

FLDCS

FLDCLK

FLDRST

FLDSDO

116

117

118

119

P113

P112

P111

P110

P107/AN7/KI3

P04/AN04/D4

P03/AN03/D3

107:

108:

/CTS0/CLKS1

P64/CTS1/RTS1

P63/TXD0/SDA0

P62/RXD0/SCL0

P65/CLK1

41:

42:

43:

40:

P13648P13549P134

P56/ALE52P55/HOLD
51

50

DSPINT

TXMUTE

RXMUTE

DSPFINT

NADIS-8683 NAETC-

ZONE2

Q7506

VAJ

VBJ

INITIA-

LIZING

HPDET

BAND

INT3

LEDZONE2

113

114

115

P06/AN06/D6

106: P05/AN05/D5

110

112

111

P117

P116

P01/AN01/D1

P00/AN00/D0

P07/AN07/D7

P20/AN20/A0(/D0/-)

P21/AN21/A1(/D1/D0)

P22/AN22/A2(/D2/D1)
P23/AN23/A3(/D3/D2)
P24/AN24/A4(/D4/D3)
P25/AN25/A5(/D5/D4)
P26/AN26/A6(/D6/D5)

103: D10/D8

104: P07/AN07/D7

105: P06/AN06/D6

P27/AN27/A7(/D7/D6)

Q701

68:

P44/CS0

P137

P61/CLK0

P60/CTS0/RTS0

67:

P45/CS1

50:P57/RDY/CLKOUT

46:

44:

45:

66:

P46/CS2

65:

P47/CS3

P54/HLDA

P13355P13256P13157P13058P53/BCLK

53

54

MICDET

104

105

106

107

P11/D9

P12/D10

P13/D11

P14/D12

VSS

VCC2

P120
P121
P122
P123

P124
P31/A09
P32/A10

P33/A11
P34/A12

P35/A13

P36/A14
P37/A15

P40/A16

P41/A17
P42/A18
P43/A19

P50/WRL/WR

P12763P12664P125
62

61

FCE

HPRL

103

INT2

INT1

108

109

P15/D13/INT3
P16/D14/INT4

P02/AN02/D2

P17/D15/INT5

P30/A8(/-/D7)

M30627FHPGP

P52/RD60P51/WRH/BHE

59

102
101
100

99
98
97
96
95
94
93
92
91
90
89
88
87
86
85
84
83
82
81
80
79
78

77

76
75
74
73

72
71
70

69

68

67

66

65

+5V

LEDSTBY

LEDPURE

SYSOUT

RDSCLK/POFF2

IRIN

SYSIN

RDSSIG
RDSDAT
FSWSDO
FSWCLK
FSWSTB
PROTECT
THERMAL
VOLH

SEC1H

APOWER
VPOWER

STANDBY

TRGZ2

TRGB
TRGA

DSPBUSY

DIGCLK
DIGSDI
DIGSDO

SPRLZ2
SPRLSB
SPRLCS
SPRLF
AMUTM

SBZ2MUTM

Z2MUTM

+5V

NAAR-8661

VCSRST

VOLSTB

VOLCLK

Z2VDAT

Z2VMUT

VOLDAT

DSPRST

Z2VCLK

MLTSEL

8687

VOLUME

S7591

NAETC­8684

P7601
MIC.

+5V

Q703

BUFFER

BIAS SELECT RELAY

GATE
CIRCUIT

NAETC­8685

P7602
PHONES

NAETC-8680

Q6380
THERMAL
DETECTOR
LM61C1Z

U5501

12V
TRIGGER
CONTROL
CIRCUIT

Q3002
RECORDING
OUTPUT SW

NAAF-8678

CURRENT/
VOLTAGE
DETECTION

POWER AMP.
LEVEL DET.

Q912
POWER
RELAY
SW

D5508
IRLED

NADG-8660

RI
TERMINAL

Q361
DIR
CS42528

Q201
DSP
CS494003

NAPS-8664

RL902
POWER
RELAY

NAPS-8665

IRIN

IROUT

12VTRG C
12VTRG B
12VTRG A

NADG-8660

FRONT

5

P5501

RS-232C

Q6501

INTERFACE

NAPS-8665

TUNER
PACK

Q3009
ZONE 2
VOLUME

Q3003
VOLUME,TONE,
SELECTOR
NJW1157

PREOUT.
MUTING SWITCH
TRANSISTORS

NAAF-8678

CENTER

SPEAKER
RELAY

SPEAKER
RELAY

NAETC-8666/8667

SURROUND

SPEAKER
RELAY

SURROUND
BACK

SPEAKER
RELAY

ZONE2

SPEAKER
RELAY

MICROPROCESSOR TERMINAL DESCRIPTIONS

No. Pin Name Function I/O Act. Description

1 Vref Vref A/D Reference Vltage (Vcc)
2 AVcc AVcc A/D Power supply
3 P97/~ADTRG/SIN4 O

O
O

H No connect
4 P96/ANEX1/SOUT4 OSDSDO H Data output for on-screen display.
5 P95/ANEX0/CLK4 OSDCLK CLK OSD IC Serial Communication Clock Output.
6 P94/DA1/TB4IN OSDCS O H OSD IC Chip Select Output
7 P93/DA0/TB3IN XMRST O L Reset output to XM microprocessor.
8 P92/TB2IN/SOUT3 XMSDO O H Serial data output to XM microprocessor.
9 P91/TB1IN/SIN3 XMSDI I H Serial data input from XM microprocessor.

10 P90/TB0IN/CLK3 XMCLK O CLK Serial clock output to XM microprocessor.
11 P141 ~XMREQ1 L Serial data chip request input from XM microprocessor.
12 P140 ~XMREQ2 H Serial data chip request output to XM microprocessor.
13 BYTE BYTE External bus width select pin. Connects to the ground.
14 CNVSS CNVss Processor mode select pin. Connects to the ground via resistor.
15 P87/XCIN ~SDET I L S Video input detection pin.
16 P86/XCOUT ~SYNC I L Sync. detection pin.
17 ~RESET ~RESET I L Reset input
18 XOUT Xout Ceramic oscillator connection pin.
19 VSS Vss Power supply Ground
20 XIN Xin Ceramic oscillator connection pin.
21 VCC1 Vcc1 Power supply Vcc.
22 P85/~NMI ~NMI I L Connect the pull-up resistor.
23 P84/~INT2 ~VSYNC L Vertical sync signal detection input.
24 P83/~INT1 ~REMIN I L Remote control input.
25 P82/~INT0 POFF I H Power failure detection input pin.
26 P81/TA4IN/~U ~ADCRST O L Multi channel AD Reset output
27 P80/TA4OUT/U DIRINT I H DIR interrupt request detection pin.
28 P77/TA3IN ~DIRCS O L DIR/CODEC chip select output pin.
29 P76/TA3OUT ~DIRRST O L DIR/CODEC reset output pin.
30 P75/TA2IN/~W ~DSPFCS O L Chip select output pin for DSP AB
31 P74/TA2OUT/W ~DSPCS O L Chip select output pin for DSP C
32 P73/~CTS2/~RTS2/TA1IN/~V ~VMUT O L Video mute control output pin
33 P72/CLK2/TA1OUT/V VDM_SCK O H Clock output pin to Video microprocessor.
34 P71/RXD2/SCL2/TA0IN/TB5IN VDM_SI I H Data output pin to Video microprocessor.
35 P70/TXD2/SDA2/TA0OUT VDM_SO O H Data input pin from Video microprocessor.
36 P67/TXD1/SDA1 FTXD O H Port for writing Flash./RS232 port output.
37 Vcc1
38 P66/RXD1/SCL1 FRXD I H Port for writing Flash./RS232 port input.
39 Vss
40 P65/CLK1 FCLK O CLK Port for writing Flash.
41

P64/~CTS1/~RTS1/~CTS0/CLKS1

FBUSY O H Port for writing Flash.

42 P63/TXD0/SDA0 PLLSDA/VCSDA I/O H

Tuner I2C bus data pin/Video Dec/Enc serial communication data output pin

43 P62/RXD0/SCL0 PLLSCL/VCSCL O CLK

Tuner I2C bus clock output pin/Video Dec/Enc serial communication clock output pin

44 P61/CLK0 ~STEREO I L FM stereo broadcast defection input
45 P60/~CTS0/~RTS0 ~TUNED I L Tuner tuned detection input pin
46 P137 ~VDMRST O H Reset output pin to video microprocessor.
47 P136 VDM_STB I H Strobe input pin from video microprocessor.
48 P135 TXMUTE O H Muting output pin to video microprocessor.
49 P134 RXMUTE I H Muting input pin from video microprocessor.
50 P57/~RDY/CLKOUT ~DSPINT I L Interrupt request detection pin for DSP C.
51 P56/ALE ~DSPFINT I L Interrupt request detection pin for DSP AB.
52 P55/~HOLD Connect to the ground.
53 P54/~HLDA ~DSPRST O L DSP reset output pin
54 P133 MLTSEL O H Multi Ch AD and HDMI(I2S) select pin
55 P132 Z2VCLK O H Serial clock output pin for Zone2 Volume IC.
56 P131 Z2VDAT O H Serial data output pin for Zone2 Volume IC.
57 P130 Z2VMUT O H Mute control output pin for Zone2 Volume IC.
58 P53/BCLK VOLSTB O H Strobe output for Volume
59 P52/~RD VOLCLK O CLK Serial clock output for Volume
60 P51/~WRH/~BHE VOLDAT O H Serial data output for Volume
61 P50/~WRL/~WR ~FCE I H Port for writing Flash.
62 P127 ~VCRST O L Video Dec/Enc reset control pin
63 P126
64 P125

DTR-5.6

I

O

I

Power supply

Ground

MICROPROCESSOR TERMINAL DESCRIPTIONS

No. Pin Name Function I/O Act. Description

65 P47/~CS3 Z2MUT O H Zone2 Out mute control pin
66 P46/~CS2 SBZ2MUT O H Surround back/Zone2 mute control.
67 P45/~CS1 AMUT O H Audio mute control pin
68 P44/~CS0 SPRLF O H Front speaker relay control pin
69 P43/A19 SPRLCS O H Center/Surround back speaker relay control pin.
70 P42/A18 SPRLSB O H Surround back speaker relay control pin.
71 P41/A17 SPRLZ2 O H Zone2 speaker relay control pin
72 P40/A16 DIGSDO O H Serial communication data output pin for DIR/CODEC/DSP.
73 P37/A15 DIGSDI I H Serial communication data input pin for DIR/CODEC/DSP.
74 P36/A14 DIGCLK O CLK Serial communication clock output pin for DIR/CODEC/DSP.
75 P35/A13 DSPBUSY I H Busy detection pin for DSP C.
76 P34/A12 DGSW1 O H DIGITAL AUDIO MCK select 1. Not used.
77 P33/A11 DGSW2 O H DIGITAL AUDIO MCK select 2. Not used.
78 P32/A10 VPOWER O H Power control output for video section
79 P31/A09 APOWER O H Power source control output
80 P124 FANH O L Fan speed control pin. High: Low speed Low: High speed
81 P123 FANCTRL O L Fan operation control pin. High: Stop Low: Rotation
82 P122 TRGA O H 12V trigger output A
83 P121 TRGB O H 12V trigger output B
84 P120 TRGZ2 O H 12V trigger output ZONE2
85 VCC2 Vcc2 Power supply
86 P30/A8(/-/D7) SEC1H O H Voltage select control pin
87 VSS Vss Ground
88 P27/AN27/A7(/D7/D6) VOLH I A/D Signal level detection circuit
89 P26/AN26/A6(/D6/D5) THERMAL I A/D Thermal detection pin
90 P25/AN25/A5(/D5/D4) PROTECT I H Protection circuit detection circuit
91 P24/AN24/A4(/D4/D3) FSWSTB O H Strobe output pin for function switch
92 P23/AN23/A3(/D3/D2) FSWCLK O H Serial clock output pin for function switch
93 P22/AN22/A2(/D2/D1) FSWSDO O H Serial data output pin for function switch
94 P21/AN21/A1(/D1/D0) RDSDAT I H Serial data input pin for RDS
95 P20/AN20/A0(/D0/-) RDSSIG I H Demodulator data input pin for RDS
96 P17/D15/~INT5 SYSIN I H RI input pin
97 P16/D14/~INT4 ~IRIN I L IRIN remote control input pin
98 P15/D13/~INT3 ~RDSCLK/POFF2 I L Serial clock input pin for RDS

99 P14/D12 ~SYSOUT O L RI output pin
100 P13/D11 LEDPURE O H Pure Audio LED control output pin
101 P12/D10
102 P11/D9 LEDSTBY O H STANDBY LED control pin
103 P10/D8 HPRL O H Headphone relay control pin
104 P07/AN07/D7 HPDET I H Headphone detection input
105 P06/AN06/D6 ~MICDET I L Microphone detection input
106 P05/AN05/D5 VOLB I

CLK

Rotary encoder input for Volume
107 P04/AN04/D4 VOLA I Rotary encoder input for Volume
108 P03/AN03/D3 INIT3 I A/D Initializing pin 3
109 P02/AN02/D2 INIT2 I A/D Initializing pin 2
110 P01/AN01/D1 INIT1 I A/D Initializing pin 1
111 P00/AN00/D0 BAND I A/D Initializing pin for tuner section
112 P117 LEDZONE2 O H Zone2 LED control pin
113 P116
114 P115
115 P114
116 P113 FLDSDO O H Serial data output for FL driver
117 P112 FLDCLK O H Serial clock output for FL driver
118 P111 FLDCS O H Chip select output for FL driver
119 P110 ~FLDRST O L Reset output for FL driver
120 P107/AN7/~KI3 ~KEYINT3 I L Key input interrupt 3
121 P106/AN6/~KI2 ~KEYINT2 I L Key input interrupt 2
122 P105/AN5/~KI1 ~KEYINT1 I L Key input interrupt 1
123 P104/AN4/~KI0 ~KEYINT0 I L Key input interrupt 0
124 P103/AN3 KEY3 I A/D Key input 3
125 P102/AN2 KEY2 I A/D Key input 2
126 P101/AN1 KEY1 I A/D Key input 1
127 AVSS AVss Ground for A/D
128 P100/AN0 KEY0 I A/D Key input 0

CLK

DTR-5.6

ADJUSTMENT AND CONFIRMATION PROCEDURES 1

Idling current adjustment

Before Idling current adjustment, turn the trimming resistors R6040 to R6046 to counter-clockwise.
Connect the DC voltmeter at the sockets P6080 to P6086 via the carbon resistors 100 ohm 1/4W.

DC voltmeter

100 ohm

1/4watts

After turn POWER to ON, adjust the trimming resistors R6040, R6041 and R6042 so that the reading of
voltmeter becomes 2.5 mV. (Front and center channels)
Adjust the trimming resistors R6043, R6044, R6045 and R6046 so that the reading of
voltmeter becomes 1.5 mV. (Surround and surround back channels)
After adjustment, attach the top cover.
Confirm the voltage of points above after about five minutes.

Front and center channels

When less than 9.0 mV, readjust the resistors above so that the voltage becomes 9.0 mV.
When 9.0 mV to 11.0 mV, you are not necessary to adjust.
When more than 11.0 mV, readjust the resistors above so that the voltage becomes 11.0 mV.

Surround and surround back channels

When less than 6.0 mV, readjust the resistors above so that the voltage becomes 6.0 mV.
When 6.0 mV to 8.0 mV, you are not necessary to adjust.
When more than 6.0 mV, readjust the resistors above so that the voltage becomes 8.0 mV.
Note: No load and No signal

Jig terminal

Test point

ID+
ID-

DTR-5.6

NAAF-8678

JL6603A

R6041

P6081

U06

P5004B

P6002A

P6082

R6042

P3105A

P6003A

P6083

P3104A

P6004A

R6043

P6084

R6046

JL6006B

P6086

NAAF-8682

JL6200B

U064

Surround
back
amplifier

P6952A

P6000A

JL6600A

P6080

P6001A

R6040

Confirmation of protection circuit

1. Confirmation of operation of speaker relay

Confirm that the speaker relays turn ON approximate 5 seconds after the power switch is turned ON.
Confirm that the speaker relays turn OFF immediately after the power switch is turned OFF.

2. Confirmation of DC detection circuit

Press and hold down CD button, then press STANDBY/ON button to set the unit to "Test- 1".
After "Test- 1" on the FL tube light on, press DVD button to set the unit to "Test- 1-00".
Apply DC 1.5 to 3.5V to the MULTI-CH INPUT terminal with no load.
Confirm that the speaker relay turns OFF.
Apply DC -1.5 to -3.5 V to the MULTI-CH INPUT terminal with no load.
Confirm that the speaker relay turns OFF.
Caution: Don't apply DC voltage more than 1 sec..

P3103A

P6005A

R6044

P6085

P3101A

P3102A

R6045

JL6200A

ADJUSTMENT AND CONFIRMATION PROCEDURES 2

3. Confirmation of Current detection circuit

Set the unit to "Test- 1-00".
Connect the differentiating circuit and apply the 50Hz square signal to MULTI CHANNEL INPUT terminal

of each channel.
Adjust the attenuator or Volume so that the output level becomes 35V p-p.
Confirm that the speaker relay does not turn OFF when a 3.0 ohm load is connected.

Confirm that the speaker relay turns OFF when a 1.0 ohm load is connected.

MULTI
CR
OSCILLATOR

50Hz
SQUARE

INPUT

3.3k

DIFFEREN­TIATING
CIRCUIT

0.1 F

ATTENU­ATOR

1SS133x6

CHANNEL

INPUT

3.3k

SPEAKER
TERMINAL

UNIT

OSCILLO­SCOPE

DTR-5.6

OUT­PUT

10k

0.01 F

GND

Differentiating Circuit

Test Mode

1. Turn POWER button on.

2. Press and hold down CD button, then press STANDBY/ON button.

3. After "Test - " on the FL tube is displayed, press CD button to set the unit to the test mode of FL tube.
Note: DVD :Test- 1 VIDEO 1 :Test- 2
VIDEO 2 :Test- 3 VIDEO 3:Test- 4

Change of item

Tone + ....UP

Tone - ......DOWN

Check of unit by test mode

Voltage detection circuit

Set the unit to "Test- 4-21".
The microprocessor checks the output voltage of all channels automatically
When the output voltage is abnormal, "Protect NG" is displayed on FL tube.
When the voltage of all channels is normal, "Test- 4-35" is displayed on FL tube.
4-21:FL 4-22:FR 4-23:C 4-24:SL 4-25:SR 4-26:SBL 4-27:SBR

Current detection circuit

Set the unit to "Test- 4-35".
Connect the hollow resistor 3 ohm across the speaker terminal.
Check that the speaker relay turn On.
When connect the hollow resistor 1.5 ohm, check that the speaker relay turn Off.
Note: Check the all channels.

Test- X-YZ

35Vp-p

Item

ADJUSTMENT AND CONFIRMATION PROCEDURES 3

FL tube

Press and hold down CD button, then press STANDBY/ON button.
After "Test - " on the FL tube is displayed, press CD button to set the unit to the test mode of FL tube.

UP
direction

DOWN
direction

All segments
light on.

Press STANDBY button

to finish the test mode of FL tube.

DTR-5.6

TONE +

"FEDCBA987654321"

light on.

The segments of even

number light on .

The segments of odd

number light on .

"Model,Destination"

light on.

TONE -

Confirmation of voltage sensor and thermal protector

1. Set the unit to "Test- 4-36 " and "4-37".
Confirm that FM STEREO is displayed and Speaker relays RL6901 and RL6902 turn Off.

2. Set the unit to "Test- 4-38 ".
Confirm that FM STEREO is displayed and Speaker relays RL6901 and RL6902 turn Off.

Confirmation of cooling fan

1. Confirm that the fan does not rotate when no input signal.

2. Set the unit to "Test- 4-36 " and "4-37".
Confirm that the fan rotates at a low speed.

3. Set the unit to "Test- 4-39 ".
Confirm that the fan rotates at a high speed.

FW UPGRADE

How to check version

+

DISPLAY

Ver.1.08/05Y29a

Within 3 sec.

DSP V er .:

Within 3 sec.

DSP F/W Update

SETUP

ENTER

STANDBY/ON

FL tube

FL tube

F

L tube

1. Hold down "Display" and then press "Standby" button to show Main version.

2. Press "Setup" within 3 seconds.
When you press "Setup", another version of program is shown.
Front Display shows each version of programs in the following order:
DSP Ver.
HDM Ver. (HDMI) -- blank
Tun Ver. (XM Radio) -- blank except MDD

3. DSP Ver. is not shown easily.
To check the version of DSP FW,
3-1 When "DSP Ver. " is shown, press "Enter" within 3 seconds.
"DSP F/W Update" will be shown.
3-2 Press any input selector button to exit "DSP F/W Update".
3-3 Hold down "Display" and then press "Standby" button to show Main version.
3-4 Press "Setup" within 3 seconds.

Main FW and DSP FW

1) If both FWs need to be upgraded, DSP FW Upgrade should

DSP V er .:05Y28a

Within 3 sec.

FL tube

be done first.

2) If either of Main Board or DSP Board is replaced, certain
combinations of Main-DSP FW versions do not allow you to
upgrade DSP FW.

SETUP

In that case, rewrite a compatible version of Main FW,
upgrade DSP FW, and then upgrade Main FW.
DSP: Ver.05723a - Main: Ver. 1.04/05921a,1.06/05X06b,

HDM V er .:

Within 3 sec.

FL tube

DSP: Ver. 05Y28a - Main: Ver. 1.08/05Y25a

DTR-5.6

Selector key

SETUP

TUN V er .:05807A

FL tube

FW UPGRADE

DSP/Video FW Upgrade

0. Unzip “firmware.zip” and store the unzipped folder
& files and "Update.exe" as below.

\Updater_SR803\Update.exe
\firmware\SR803\fdist.fdf
\FW803.dcf
\DSP7803_05Y28A.s28
\05X04B_video803.hex
You can name the uppermost folder "\Updater_SR803" as you like.

1. Hold down "Display" and then press "Standby" button
to show Main version.

2. Press "Setup" within 3 seconds.

3. Press "Enter" while DSP version is shown to enter Setup mode.
"DSP F/W Update" will be shown.

4. Connect your unit and PC with Flashwriter Jig and put the unit
into Standby mode.

5. Double-click "Update.exe".

If you get the message like below, FW files are not properly stored.
Check the path.

6. Click "DSP Updade" .
DSP

DTR-5.6

PC
(Personal computer)

Flashwriter Jig

0JFLASH

RS232C

0JFLASHEX

FFC

P702

NAAR-8661

7. Update completes when Front Display stops showing the progress.
Note: Even if you try to check the DSP version, you might not be able

to get is due to the wrong combination of DSP and Main.
In this case, check the version after upgrading Main FW.

Main FW Upgrade
Write the latest main program using FlashSta.exe.

P A CKING VIEW

DTR-5.6

Accessary bag

A845

A843

A606

A607

A605

A841

A851

A822

A823

A826

A609

A603

A827

U12

A831

A846

Put the label A801 between
page 2 and page 3 of
instruction manual E.

Left

Left

Left

Left

Front

Front

Front

Zone 2

Zone 2

/

/

SP-B

SP-B

Zone 2

Zone 2

/

/

SP-B

Left

Front

Left

Front

Front

Left

SP-B

Left

1

Speaker Cable

P901

A801

Left

Left

Front

Right

Right

Right

Right

Right

Zone 2

Zone 2

/

/

Surround

Surround

Surround

SP-B

SP-B

Zone 2

Zone 2

/

/

SP-B

Right

Front

Right

Surround

Right

Surround

Left

Surround

Left

Right

SP-B

Right

2

Left

Left

Left

Left

Right

Right

Right

Right

Right

Center

Center

Zone 2

Zone 2

Zone 2

Zone 2

Surround

Surround Back

Surround Back

Surround Back

Surround Back

Zone 2

Right

Zone 2

Left

Center

Zone 2

Right

Zone 2

Left

Surround Back

Right

Surround Back

Left

Surround

Right

Center

Surround Back

Right

Surround Back

Left

3

A607

A601

A601

A610

A601

A610

A612